/EPR,[EAMPRO.M4.4.19.00720.DAMOS13],,DAMPAR_03
/EAD,$FFFF
/EPK,{45/1/M4.4/19/007.20/DAMOS13//13304A75/060896/}
PGM-Stand vom:  00-AUG-1996 00:00
/PNR,{007.20}
/KNR,{19}
/PRO,{19/007.20}
/YNR,{Y 261 K20 448}
/BEA,{}
/DST,{13304A75},{},{}
/TEL,{0000}
/VAD,$C806
/SPC,1475
/UMR,297
/UTB,4
/SRC,58
/UMV,3
/UP,{I8051}
/SGB,{M4.4}
/ABL,3
/RFG,1

/SND,DSPTAB 12
/SND,DATA1 $F07E $FB67 $10000
/SND,CHNL_A $FBE0
/SND,CHNL_B $FBE8
/SND,TRGSEGAD $FBC0
/SND,DAT_MOD 1
/SND,TRG_MOD 37
/SND,S_DISTAB 0
/SND,S_CHNL 0
/SND,S_TRGID 0
/SND,S_TRGSEGAD 1
/SND,S_EXRAM 0
/SND,DISTAB_A $1316A  Syncro 0
/SND,DISTAB_B $1317C  TimeB 12
/SND,MAXNUM_A 8
/SND,MAXNUM_B 20
/MCK,PROT_TYP MCMESS
/MCK,KOMKEN 1
/MCK,MCINI 0
/MCK,ZYLZA 5
/MCK,ZYLREI 1,2,4,5,3
/MCK,XRAMOF $0
/MCV,VSW XAZFKT
/MCV,VSFG XTEFKT
/MCV,VSWV XWEFKT
/MCV,VSNS XNSOLL
/MCV,VSWZ1 XDZWK1
/MCV,VSWZ2 XDZWK2
/MCV,VSWZ3 XDZWK3
/MCV,VSWZ4 XDZWK4
/MCV,VSWZ5 XDZWK5
/MCV,VSWZ6 XMCDUMMY
/MCV,VSWZ7 XMCDUMMY
/MCV,VSWZ8 XMCDUMMY
/MCV,VSKF XDKFAK
/MCV,VSMFA XDVMFA
/MCV,VSMFL XDVMFL
/MCV,VSLDS XTLFKT
/MCV,VSLUC XDZWZZ
/MCP,XVERST1   1
/MCP,XVERST2   2
/MCP,XVERST3   3
/MCP,XVERST4   4
/MCP,XVERST5   5
/MCP,XREFPE1   6
/MCP,XREFPE2   7
/MCP,XREFPE3   8
/MCP,XREFPE4   9
/MCP,XREFPE5  10
/MCP,XFALT  11
/MCP,XFALT2  12
/MCP,XFALT3  13
/MCP,XFALT4  14
/MCP,XFALT5  15
/MCP,NMOT  16
/MCP,TL  17
/MCP,TMOT  18
/MCP,ZWOUT  19
/MCP,UB  20
/MCP,FALLT  21
/MCP,N10  22
/MCP,XNSACTR  23
/MCP,Q02  24
/MCP,QAC  25
/MCP,QFS  26
/MCP,QVS  27
/MCP,X_ACPRESS  28
/MCP,XALRST  29
/MCP,XFR  30
/MCP,XFRA  31
/MCP,XFTEADH  32
/MCP,XFKTWL  33
/MCP,XFKTNS  34
/MCP,XIVHI  35
/MCP,XPDVRL  36
/MCP,XQADP  37
/MCP,XQSOL  38
/MCP,XSTAT  39
/MCP,XTRA  40
/MCP,XTATE  41
/MCP,XTATEI  42
/MCP,XWDKBL  43
/MCP,XNSOL  44
/MCP,Q16  45
/MCP,XFALMIT  46
/MCP,XKFAK1  47
/MCP,XFK_ANR  48
/MCP,DZW_KR  49
1,/SPZ,ABMIPHD,{Diagnose; number bm with inactive phase info},1
$C8FE,$C8FE
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
2,/SPZ,ADSTKD,{number of driving cycles to delete errors (customer service value setting)},1
$F0CD,$F0CD
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
3,/SPZ,ADWHF,{number of retries in case of faulty transfer},1
$F138,$F138
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
4,/SPZ,AESAZAD,{initial value for settling filter segment deviation for toothed disks adaptation}
1
$F255,$F255
/SPW,4,1,  0., 1.556396
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
5,/SPZ,AFBKAT,{Number of defective areas (limit) for error message}
1
$F11F,$F11F
/SPW,9,1, 1., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
6,/SPZ,AHEAGW,{Misfire frequency to achieve the statutory emission limits},1
$F244,$F244
/SPW,11,2,  0., 65535.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
7,/SPZ,AHEKA,{misfire frequency to achieve a fuel cutoff},1
$F248,$F248
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
8,/SPZ,AHEKS,{misfire frequency to achieve catalyst damage},1
$F246,$F246
/SPW,11,2,  0., 65535.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
9,/SPZ,AISDTE,{fuel-slosh detection threshold},1
$C980,$C980
/SPW,134,1,  0., 62.25586
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
10,/SPZ,ANRZUEMX,{ignition threshold counter-active to STADAP},1
$F19A,$F19A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
11,/SPZ,ANZDPVK,{number of periods for ready-flag per usvk-monitoring-period},1
$F1DC,$F1DC
/SPW,9,1, 1., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
12,/SPZ,ANZTP,{Collapse number of periods for continuous monitoring period},1
$F1DD,$F1DD
/SPW,9,1, 1., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
13,/SPZ,APETEDX,{max. number of tests with fault diagnosis results for tank vent}
1
$C982,$C982
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
14,/SPZ,APTEDX,{max. number of commenced tests for tank vent diagnosis},1
$C981,$C981
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
15,/SPZ,ATRPRDY,{Number of trips to achieve readiness},1
$F19F,$F19F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
16,/SPZ,ATVFETTO,{upper limit for atvfett, CARB testers DLSSA},1
$131F9,$131F9
/SPW,237,1,  0., 10.2
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
17,/SPZ,ATVFETTU,{lower limit for atvfett, CARB testers DLSSA},1
$131F8,$131F8
/SPW,237,1,  0., 10.2
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
18,/SPZ,ATVMAGO,{upper limit for atvmager, CARB testers DLSSA},1
$131FB,$131FB
/SPW,237,1,  0., 10.2
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
19,/SPZ,ATVMAGU,{lower limit for atvmager, CARB testers DLSSA},1
$131FA,$131FA
/SPW,237,1,  0., 10.2
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
20,/SPZ,AVGIX,{table of the AV values},4
$CB5E,$CB5E
/SPW,79,1,  0., 1.
/SPX,10,1,  0., 256.,1
/SPY,0,0,  0.,  0.,0
/FKX,9,5,0
/FKY,0,0,0
/ABL,0;
21,/SPZ,AVKATLRH,{Switch-Kat-amplitude ratio for lambda control behind Kat}
1
$F0EF,$F0EF
/SPW,60,1,  0., 0.996094
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
22,/SPZ,AVRALU
{number NW-rev / combustion. reactivation for misfire detection after suppression},1
$F240,$F240
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
23,/SPZ,AVSAZAD
{number of burns for linear shutdown up to the beginning of the toothed disks adaptation},1
$F23E,$F23E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
24,/SPZ,AZKOAS,{number of firings compressor OFF after start},1
$C94A,$C94A
/SPW,280,1,  0., 10200.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
25,/SPZ,AZLLTLM,{number zdg transition to LL-TL},7
$C892,$D0C6
/SPW,152,1,  0., 255.
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
26,/SPZ,AZMFS,{Number of lean-rich transitions for start edSLS},1
$C954,$C954
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
27,/SPZ,AZPLMESS,{Number of measurements for DF Plaus.check},1
$C9D5,$C9D5
/SPW,9,1, 1., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
28,/SPZ,AZPLTFA,{Number of measurements for Plaus.check TF},1
$C9E2,$C9E2
/SPW,9,1, 1., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
29,/SPZ,AZVANSA,{Number of ignitions VA after starting end},1
$F1DA,$F1DA
/SPW,280,1,  0., 10200.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
30,/SPZ,BMALMX,{counter maximum value for BM-gap outside search window},1
$F189,$F189
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
31,/SPZ,CDASE,{Codeword DASE off (EURO-coding)},1
$F257,$F257
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
32,/SPZ,CDBACO,{Codeword block title: ADC - channel output},1
$F134,$F134
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
33,/SPZ,CDBACR,{Codeword block title: ADC read},1
$F12E,$F12E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
34,/SPZ,CDBAK,{Codeword block title: Acknowledge},1
$F12F,$F12F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
35,/SPZ,CDBEND,{Codeword block title: diagnose end},1
$F12C,$F12C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
36,/SPZ,CDBFSD,{Codeword block title: clear memory fault (delete)},1
$F12B,$F12B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
37,/SPZ,CDBFSO,{Codeword block title: fault output},1
$F133,$F133
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
38,/SPZ,CDBFSOS,{Codeword block title: [D9] Fault Output (RB-Standard)},1
$F137,$F137
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
39,/SPZ,CDBFSR,{Codeword block title: Read fault memory},1
$F12D,$F12D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
40,/SPZ,CDBFSRS,{Codeword block title: [3A] Read fault memory (RB-Standard)},1
$F136,$F136
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
41,/SPZ,CDBNAK,{Codeword block title: No Acknowledge},1
$F130,$F130
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
42,/SPZ,CDBRAO,{Codeword block title: RAM issue (output)},1
$F131,$F131
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
43,/SPZ,CDBRAR,{Codeword block title: RAM lesen (read)},1
$F128,$F128
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
44,/SPZ,CDBRAW,{Codeword block title: RAM  write},1
$F129,$F129
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
45,/SPZ,CDBROO,{Codeword block title: ROM issue (output)},1
$F132,$F132
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
46,/SPZ,CDBROR,{Codeword block title: ROM read (read)},1
$F12A,$F12A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
47,/SPZ,CDBSGO,{Codeword block title: SG - output identification (output)},1
$F135,$F135
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
48,/SPZ,CDCAAV,{Codeword CARB: shut-off valve active carbon filter (function)},13
$F65D,$F65D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
49,/SPZ,CDCAAVE,{Codeword CARB: shut-off valve active carbon filter (output stage)},13
$F662,$F662
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
50,/SPZ,CDCAGRF,{Codeword CARB: Monitoring EGR FLOW},13
$F649,$F649
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
51,/SPZ,CDCASE,{Codeword CARB:	Misfire detection, total (multiple), emission-relevant},13
$F5EF,$F5EF
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
52,/SPZ,CDCASE1,{Codeword CARB:	Misfire detection CYL. 1, emission-relevant},13
$F5F4,$F5F4
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
53,/SPZ,CDCASE2,{Codeword CARB:	Misfire detection CYL. 2, emission-relevant},13
$F5F9,$F5F9
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
54,/SPZ,CDCASE3,{Codeword CARB:	Misfire detection CYL. 3, emission-relevant},13
$F608,$F608
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
55,/SPZ,CDCASE4,{Codeword CARB:	Misfire detection CYL. 4, emission-relevant},13
$F5FE,$F5FE
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
56,/SPZ,CDCASE5,{Codeword CARB:	Misfire detection CYL. 5, emission-relevant},13
$F603,$F603
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
57,/SPZ,CDCASK,{Codeword CARB:	Misfire detection, total (multiple), catalyst-damaging},13
$F60D,$F60D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
58,/SPZ,CDCASK1,{Codeword CARB:	Misfire detection CYL. 1, catalyst-damaging},13
$F612,$F612
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
59,/SPZ,CDCASK2,{Codeword CARB:	Misfire detection CYL. 2, catalyst-damaging},13
$F617,$F617
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
60,/SPZ,CDCASK3,{Codeword CARB:	Misfire detection CYL. 3, catalyst-damaging},13
$F626,$F626
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
61,/SPZ,CDCASK4,{Codeword CARB:	Misfire detection CYL. 4, catalyst-damaging},13
$F61C,$F61C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
62,/SPZ,CDCASK5,{Codeword CARB:	Misfire detection CYL. 5, catalyst-damaging},13
$F621,$F621
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
63,/SPZ,CDCBAA,{Codeword CARB: needs adaptation on velocity},13
$F70C,$F70C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
64,/SPZ,CDCBM,{Codeword CARB: reference mark encoder},13
$F685,$F685
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
65,/SPZ,CDCCGE,{Codeword CARB: CAN-interface, Timeout EGS},13
$F720,$F720
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
66,/SPZ,CDCCIF,{Codeword CARB: CAN-interface, internal error},13
$F707,$F707
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
67,/SPZ,CDCDF,{Codeword CARB: pressure sensor},13
$F743,$F743
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
68,/SPZ,CDCDK,{Codeword CARB:	DK - Potentiometer},13
$F694,$F694
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
69,/SPZ,CDCDPL,{Codeword CARB:	duration plus},13
$F67B,$F67B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
70,/SPZ,CDCDST,{Codeword CARB: Tank pressure sensor},13
$F66C,$F66C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
71,/SPZ,CDCDTV,{Codeword CARB: LR-adaptation ti-additivee},13
$F5E0,$F5E0
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
72,/SPZ,CDCEGA,{Codeword CARB: unknown error output stage (output stages group A)},13
$F6DA,$F6DA
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
73,/SPZ,CDCEGB,{Codeword CARB: unknown error output stage (output stages group B)},13
$F6DF,$F6DF
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
74,/SPZ,CDCEGC,{Codeword CARB: unknown error output stage (output stages group C)},13
$F6E4,$F6E4
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
75,/SPZ,CDCEGD,{Codeword CARB: unknown error output stage (output stages group D)},13
$F6E9,$F6E9
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
76,/SPZ,CDCEGE,{Codeword CARB: unknown error output stage (output stages group E)},13
$F6EE,$F6EE
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
77,/SPZ,CDCEGF,{Codeword CARB: unknown error output stage (output stages group F)},13
$F6F3,$F6F3
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
78,/SPZ,CDCEV1,{Codeword CARB: EV of Cyl. 1},13
$F6AD,$F6AD
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
79,/SPZ,CDCEV2,{Codeword CARB: EV of Cyl. 2},13
$F6B2,$F6B2
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
80,/SPZ,CDCEV3,{Codeword CARB: EV of Cyl. 3},13
$F6B7,$F6B7
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
81,/SPZ,CDCEV4,{Codeword CARB: EV of Cyl. 4},13
$F6BC,$F6BC
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
82,/SPZ,CDCEV5,{Codeword CARB: EV of Cyl. 5},13
$F6C1,$F6C1
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
83,/SPZ,CDCFRA,{Codeword CARB:	LR-adaptation multiplicative},13
$F5D6,$F5D6
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
84,/SPZ,CDCHSH,{Codeword CARB:	lambda probes heating behind catalytic converter},13
$F5C2,$F5C2
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
85,/SPZ,CDCHSV,{Codeword CARB:	lambda probes heating before catalytic converter},13
$F5BD,$F5BD
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
86,/SPZ,CDCKAT,{Codeword CARB:	catalytic conversion},13
$F5EA,$F5EA
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
87,/SPZ,CDCKRT,{Codeword CARB:	knock control test pulse},13
$F702,$F702
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
88,/SPZ,CDCKS1,{Codeword CARB:	Knock Sensor 1},13
$F6F8,$F6F8
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
89,/SPZ,CDCKS2,{Codeword CARB:	Knock Sensor 2},13
$F6FD,$F6FD
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
90,/SPZ,CDCLASH,{Codeword CARB:	Lambda probe aging behind cat},13
$F5D1,$F5D1
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
91,/SPZ,CDCLATP,{Codeword CARB:	Lambda sensor aging TP},13
$F5C7,$F5C7
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
92,/SPZ,CDCLATV,{Codeword CARB:	Lambda sensor aging TV},13
$F5CC,$F5CC
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
93,/SPZ,CDCLDAB,{Codeword CARB: boost pressure reduction},13
$F711,$F711
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
94,/SPZ,CDCLDE,{Codeword CARB: boost pressure control valve (output stage)},13
$F6D5,$F6D5
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
95,/SPZ,CDCLDO,{Codeword CARB:	upper value exceeded; boost pressure curve},13
$F716,$F716
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
96,/SPZ,CDCLDRA,{Codeword CARB:	boost pressure control deviation},13
$F71B,$F71B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
97,/SPZ,CDCLE,{Codeword CARB: load detection},13
$F748,$F748
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
98,/SPZ,CDCLM,{Codeword CARB:	LMM/HLM/HFM},13
$F68F,$F68F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
99,/SPZ,CDCLSH,{Codeword CARB:	Lambda-Sonde behind Kat},13
$F5B8,$F5B8
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
100,/SPZ,CDCLSV,{Codeword CARB:	Lambda-Sonde before Kat},13
$F5B3,$F5B3
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
101,/SPZ,CDCLUEA,{Codeword CARB: fan output stage A},13
$F734,$F734
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
102,/SPZ,CDCMFA,{Codeword CARB: MIL-externally determined},13
$F5E5,$F5E5
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
103,/SPZ,CDCMFB,{Codeword CARB: MIL-request - management},13
$F6C6,$F6C6
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
104,/SPZ,CDCN,{Codeword CARB: speed signal transmitter},13
$F680,$F680
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
105,/SPZ,CDCPAC,{Codeword CARB:	Pressure in the climate system},13
$F6A8,$F6A8
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
106,/SPZ,CDCPH,{Codeword CARB: Cam sensor},13
$F68A,$F68A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
107,/SPZ,CDCSGROM,{Codeword CARB: Control unit defective (ROM)},13
$F671,$F671
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
108,/SPZ,CDCSLP,{Codeword CARB:	Secondary Air Pump},13
$F635,$F635
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
109,/SPZ,CDCSLPE,{Codeword CARB: Secondary Air Pump (Output stage)},13
$F63F,$F63F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
110,/SPZ,CDCSLS,{Codeword CARB: Secondary Air System},13
$F630,$F630
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
111,/SPZ,CDCSLV,{Codeword CARB:	Secondary Air Valve},13
$F63A,$F63A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
112,/SPZ,CDCSLVE,{Codeword CARB: Secondary Air Valve (Output stage)},13
$F644,$F644
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
113,/SPZ,CDCSWE,{Codeword CARB:	acceleration sensor detection of rough roads},13
$F62B,$F62B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
114,/SPZ,CDCTA,{Codeword CARB: TANS},13
$F739,$F739
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
115,/SPZ,CDCTES,{Codeword CARB: tank venting system},13
$F658,$F658
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
116,/SPZ,CDCTESF,{Codeword CARB: tank venting system fine leak},13
$F64E,$F64E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
117,/SPZ,CDCTESG,{Codeword CARB: tank venting system gross leak},13
$F653,$F653
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
118,/SPZ,CDCTEVE,{Codeword CARB: tank venting valve output stage},13
$F667,$F667
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
119,/SPZ,CDCTM,{Codeword CARB:	TMOT},13
$F69E,$F69E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
120,/SPZ,CDCTMUM,{Codeword CARB: TMOT-changeover},13
$F725,$F725
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
121,/SPZ,CDCTRA,{Codeword CARB:	LR-adaptation QL-additive},13
$F5DB,$F5DB
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
122,/SPZ,CDCTX,{Codeword CARB:	temperature EBOX},13
$F6A3,$F6A3
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
123,/SPZ,CDCTX1S,{Codeword CARB: Temperature EBOX  1. threshold},13
$F72A,$F72A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
124,/SPZ,CDCTX2S,{Codeword CARB: Temperature EBOX  2. threshold},13
$F72F,$F72F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
125,/SPZ,CDCUB,{Codeword CARB:	UB},13
$F676,$F676
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
126,/SPZ,CDCVFZ,{Codeword CARB:	vehicle speed},13
$F699,$F699
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
127,/SPZ,CDCWFS,{Codeword CARB: immobilizer},13
$F73E,$F73E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
128,/SPZ,CDCZO,{Codeword CARB: idle plate open},13
$F6CB,$F6CB
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
129,/SPZ,CDCZS,{Codeword CARB: idle plate close},13
$F6D0,$F6D0
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
130,/SPZ,CDDF,{Codeword for diagnosis ambient pressure sensor},1
$C9CD,$C9CD
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
131,/SPZ,CDDST,{Codeword Tank pressure sensor - diagnose shut-off (EURO-coding)},1
$C9B2,$C9B2
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
132,/SPZ,CDHSH,{Codeword Heater diagnostics behind Kat (CDHSH = 0 => no diagnosis)},1
$C917,$C917
/SPW,9,1,  0., 1.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
133,/SPZ,CDHSV,{Codeword Heater diagnostics before Kat (CDHSV = 0 => no diagnosis)},1
$C916,$C916
/SPW,9,1,  0., 1.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
134,/SPZ,CDKAAV,{Codeword Customer: shut-off valve active carbon filter (function)},1
$F770,$F770
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
135,/SPZ,CDKAAVE,{Codeword Customer: shut-off valve active carbon filter (output stage)},1
$F771,$F771
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
136,/SPZ,CDKAGRF,{Codeword Customer: Monitoring EGR FLOW},1
$F76C,$F76C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
137,/SPZ,CDKASE,{Codeword Customer: Misfire detection, total (multiple), emission-relevant},1
$F75A,$F75A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
138,/SPZ,CDKASE1,{Codeword Customer: Misfire detection CYL. 1, emission-relevant},1
$F75B,$F75B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
139,/SPZ,CDKASE2,{Codeword Customer: Misfire detection CYL. 2, emission-relevant},1
$F75C,$F75C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
140,/SPZ,CDKASE3,{Codeword Customer: Misfire detection CYL. 3, emission-relevant},1
$F75F,$F75F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
141,/SPZ,CDKASE4,{Codeword Customer: Misfire detection CYL. 4, emission-relevant},1
$F75D,$F75D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
142,/SPZ,CDKASE5,{Codeword Customer: Misfire detection CYL. 5, emission-relevant},1
$F75E,$F75E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
143,/SPZ,CDKASK,{Codeword Customer: Misfire detection, total (multiple), catalyst-damaging},1
$F760,$F760
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
144,/SPZ,CDKASK1,{Codeword Customer: Misfire detection CYL. 1, catalyst-damaging},1
$F761,$F761
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
145,/SPZ,CDKASK2,{Codeword Customer: Misfire detection CYL. 2, catalyst-damaging},1
$F762,$F762
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
146,/SPZ,CDKASK3,{Codeword Customer: Misfire detection CYL. 3, catalyst-damaging},1
$F765,$F765
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
147,/SPZ,CDKASK4,{Codeword Customer: Misfire detection CYL. 4, catalyst-damaging},1
$F763,$F763
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
148,/SPZ,CDKASK5,{Codeword Customer: Misfire detection CYL. 5, catalyst-damaging},1
$F764,$F764
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
149,/SPZ,CDKAT,{Codeword Catalyst-diagnose in OBDII-Mode (inverse: europe-mode)},1
$F122,$F122
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
150,/SPZ,CDKBAA,{Codeword Customer: needs adaptation on velocity},1
$F793,$F793
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
151,/SPZ,CDKBM,{Codeword Customer: reference mark encoder},1
$F778,$F778
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
152,/SPZ,CDKBY1,{Codeword 1. Keybyte},1
$F13D,$F13D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
153,/SPZ,CDKBY2,{Codeword 2. Keybyte},1
$F13E,$F13E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
154,/SPZ,CDKCGE,{Codeword Customer: CAN-Interface, Timeout EGS},1
$F797,$F797
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
155,/SPZ,CDKCIF,{Codeword Customer: CAN-Interface, interner Fehler},1
$F792,$F792
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
156,/SPZ,CDKDF,{Codeword Customer: Pressure sensor},1
$F79E,$F79E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
157,/SPZ,CDKDK,{Codeword Customer: DK - Potentiometer},1
$F77B,$F77B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
158,/SPZ,CDKDPL,{Codeword Customer: Duration plus},1
$F776,$F776
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
159,/SPZ,CDKDST,{Codeword Customer: Tank pressure sensor},1
$F773,$F773
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
160,/SPZ,CDKDTV,{Codeword Customer: LR-adaptation ti-additivee},1
$F757,$F757
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
161,/SPZ,CDKEGA,{Codeword Customer: unknown output stage - error (output stage A)},1
$F789,$F789
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
162,/SPZ,CDKEGB,{Codeword Customer: unknown output stage - error (output stage B)},1
$F78A,$F78A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
163,/SPZ,CDKEGC,{Codeword Customer: unknown output stage - error (output stage C)},1
$F78B,$F78B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
164,/SPZ,CDKEGD,{Codeword Customer: unknown output stage - error (output stage D)},1
$F78C,$F78C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
165,/SPZ,CDKEGE,{Codeword Customer: unknown output stage - error (output stage E)},1
$F78D,$F78D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
166,/SPZ,CDKEGF,{Codeword Customer: unknown output stage - error (output stage F)},1
$F78E,$F78E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
167,/SPZ,CDKEV1,{Codeword Customer: EV of Cyl. 1},1
$F780,$F780
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
168,/SPZ,CDKEV2,{Codeword Customer: EV of Cyl. 2},1
$F781,$F781
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
169,/SPZ,CDKEV3,{Codeword Customer: EV of Cyl. 3},1
$F782,$F782
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
170,/SPZ,CDKEV4,{Codeword Customer: EV of Cyl. 4},1
$F783,$F783
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
171,/SPZ,CDKEV5,{Codeword Customer: EV of Cyl. 5},1
$F784,$F784
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
172,/SPZ,CDKFRA,{Codeword Customer:	LR-multiplicative adaptation},1
$F755,$F755
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
173,/SPZ,CDKHSH,{Codeword Customer:	lambda probes heating behind catalytic converter},1
$F751,$F751
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
174,/SPZ,CDKHSV,{Codeword Customer: lambda probes heating before catalytic converter},1
$F750,$F750
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
175,/SPZ,CDKKAT,{Codeword Customer:	catalytic conversion},1
$F759,$F759
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
176,/SPZ,CDKKRT,{Codeword Customer:	knock control test pulse},1
$F791,$F791
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
177,/SPZ,CDKKS1,{Codeword Customer:	knock sensor 1},1
$F78F,$F78F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
178,/SPZ,CDKKS2,{Codeword Customer:	knock sensor 2},1
$F790,$F790
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
179,/SPZ,CDKLASH,{Codeword Customer: lambda probe aging behind cat},1
$F754,$F754
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
180,/SPZ,CDKLATP,{Codeword Customer: lambda probe aging TP},1
$F752,$F752
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
181,/SPZ,CDKLATV,{Codeword Customer: lambda probe aging TV},1
$F753,$F753
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
182,/SPZ,CDKLDAB,{Codeword Customer: boost pressure reduction},1
$F794,$F794
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
183,/SPZ,CDKLDE,{Codeword Customer: boost pressure control valve (output stage)},1
$F788,$F788
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
184,/SPZ,CDKLDO,{Codeword Customer:	boost pressure curve; upper value exceeded},1
$F795,$F795
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
185,/SPZ,CDKLDRA,{Codeword Customer: boost pressure control deviation},1
$F796,$F796
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
186,/SPZ,CDKLE,{Codeword Customer: load sensing},1
$F79F,$F79F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
187,/SPZ,CDKLM,{Codeword Customer:	LMM/HLM/HFM},1
$F77A,$F77A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
188,/SPZ,CDKLSH,{Codeword Customer:	Lambda probe behind Kat},1
$F74F,$F74F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
189,/SPZ,CDKLSV,{Codeword Customer:	Lambda probe before Kat},1
$F74E,$F74E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
190,/SPZ,CDKLUEA,{Codeword Customer: Fan stage A},1
$F79B,$F79B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
191,/SPZ,CDKMFA,{Codeword Customer: MIL-externally determined},1
$F758,$F758
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
192,/SPZ,CDKMFB,{Codeword Customer: MIL-request - management},1
$F785,$F785
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
193,/SPZ,CDKN,{Codeword Customer: speed signal transmitter},1
$F777,$F777
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
194,/SPZ,CDKPAC,{Codeword Customer:	Pressure in climate system},1
$F77F,$F77F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
195,/SPZ,CDKPH,{Codeword Customer: Cam sensor},1
$F779,$F779
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
196,/SPZ,CDKSGROM,{Codeword Customer: Control unit defective (ROM)},1
$F774,$F774
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
197,/SPZ,CDKSLP,{Codeword Customer:	Secondary Air Pump},1
$F768,$F768
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
198,/SPZ,CDKSLPE,{Codeword Customer: Secondary Air Pump  (Output stage)},1
$F76A,$F76A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
199,/SPZ,CDKSLS,{Codeword Customer: Secondary Air System},1
$F767,$F767
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
200,/SPZ,CDKSLV,{Codeword Customer:	Secondary Air Valve},1
$F769,$F769
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
201,/SPZ,CDKSLVE,{Codeword Customer: Secondary Air Valve (Output stage)},1
$F76B,$F76B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
202,/SPZ,CDKSWE,{Codeword Customer:	acceleration sensor detection of rough roads},1
$F766,$F766
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
203,/SPZ,CDKTA,{Codeword Customer:	TANS},1
$F79C,$F79C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
204,/SPZ,CDKTES,{Codeword Customer: tank venting system},1
$F76F,$F76F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
205,/SPZ,CDKTESF,{Codeword Customer: tank venting system fine leak},1
$F76D,$F76D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
206,/SPZ,CDKTESG,{Codeword Customer:	tank venting system gross leak},1
$F76E,$F76E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
207,/SPZ,CDKTEVE,{Codeword Customer:	tank venting valve output stage},1
$F772,$F772
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
208,/SPZ,CDKTM,{Codeword Customer:	TMOT},1
$F77D,$F77D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
209,/SPZ,CDKTMUM,{Codeword Tester: TMOT, Pullup Transistor},1
$F798,$F798
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
210,/SPZ,CDKTRA,{Codeword Customer:	LR-adaptation QL-additive},1
$F756,$F756
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
211,/SPZ,CDKTX,{Codeword Customer:	Temperature EBOX},1
$F77E,$F77E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
212,/SPZ,CDKTX1S,{Codeword Customer: EBOX Temperature error 1},1
$F799,$F799
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
213,/SPZ,CDKTX2S,{Codeword Customer: EBOX Temperatur error 2},1
$F79A,$F79A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
214,/SPZ,CDKUB,{Codeword Customer:	UB},1
$F775,$F775
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
215,/SPZ,CDKVFZ,{Codeword Customer:	vehicle speed},1
$F77C,$F77C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
216,/SPZ,CDKWFS,{Codeword Customer: immobilizer},1
$F79D,$F79D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
217,/SPZ,CDKZO,{Codeword Customer: idle plate open},1
$F786,$F786
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
218,/SPZ,CDKZS,{Codeword Customer: idle plate closed},1
$F787,$F787
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
219,/SPZ,CDLASH
{Codeword Lambda probe aging diagnosis (SHK) in OBDII mode (inverse: European fashion},1
$F1F7,$F1F7
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
220,/SPZ,CDLATP
{Codeword Lambda probe aging diagnosis (TP) in the OBDII mode (inverse: European fashion)},1
$F1F5,$F1F5
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
221,/SPZ,CDLATV
{Codeword Lambda probe aging diagnosis (tv) in OBDII mode (inverse: European fashion)},1
$F1F6,$F1F6
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
222,/SPZ,CDLSH,{Codeword probe behind catalytic converter in the OBDII diagnostic mode (inverse: European fashion)},1
$F19B,$F19B
/SPW,9,1,  0., 1.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
223,/SPZ,CDLSV,{Codeword diagnostic probe in front of catalytic converter OBDII mode (inverse: European fashion)},1
$F0E7,$F0E7
/SPW,9,1,  0., 1.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
224,/SPZ,CDRADR,{charming address for specific stimulation (wtf?)},1
$F146,$F146
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
225,/SPZ,CDSLS,{Euro-Byte for Diagnose Secondary Air System},1
$F126,$F126
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
226,/SPZ,CDSLSE,{Euro-Byte for Diagnose output stage Secondary air valve/pump},1
$F127,$F127
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
227,/SPZ,CDSWE,{Codeword DSWE shut-off (EURO-coding)},1
$F258,$F258
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
228,/SPZ,CDTAAV,{Codeword Tester: shut-off valve active carbon filter (function)},1
$F293,$F293
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
229,/SPZ,CDTAAVE,{Codeword Tester: Valve active carbon filter (Endst.)},1
$F294,$F294
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
230,/SPZ,CDTAGRF,{Codeword Tester: Überwachung EGR-FLOW},1
$F28F,$F28F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
231,/SPZ,CDTASE,{Codeword Tester: Aussetzererk., Summe, emission-relevant},1
$F27D,$F27D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
232,/SPZ,CDTASE1,{Codeword Tester: Misfire detection Cyl.1, emission-relevant},1
$F27E,$F27E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
233,/SPZ,CDTASE2,{Codeword Tester: Misfire detection Cyl.2, emission-relevant},1
$F27F,$F27F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
234,/SPZ,CDTASE3,{Codeword Tester: Misfire detection Cyl.3, emission-relevant},1
$F282,$F282
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
235,/SPZ,CDTASE4,{Codeword Tester: Misfire detection Cyl.4, emission-relevant},1
$F280,$F280
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
236,/SPZ,CDTASE5,{Codeword Tester: Misfire detection Cyl.5, emission-relevant},1
$F281,$F281
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
237,/SPZ,CDTASK,{Codeword Tester: Aussetzererk., Summe, catalyst-damaging},1
$F283,$F283
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
238,/SPZ,CDTASK1,{Codeword Tester: Misfire detection Cyl.1, catalyst-damaging},1
$F284,$F284
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
239,/SPZ,CDTASK2,{Codeword Tester: Misfire detection Cyl.2, catalyst-damaging},1
$F285,$F285
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
240,/SPZ,CDTASK3,{Codeword Tester: Misfire detection Cyl.3, catalyst-damaging},1
$F288,$F288
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
241,/SPZ,CDTASK4,{Codeword Tester: Misfire detection Cyl.4, catalyst-damaging},1
$F286,$F286
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
242,/SPZ,CDTASK5,{Codeword Tester: Misfire detection Cyl.5, catalyst-damaging},1
$F287,$F287
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
243,/SPZ,CDTBAA,{Codeword Tester: Bedarfsadaption am Anschlag},1
$F2B6,$F2B6
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
244,/SPZ,CDTBM,{Codeword Tester: Bezugsmarkengeber},1
$F29B,$F29B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
245,/SPZ,CDTCGE,{Codeword Tester: CAN-Interface, Timeout EGS},1
$F2BA,$F2BA
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
246,/SPZ,CDTCIF,{Codeword Tester: CAN-Interface, interner Fehler},1
$F2B5,$F2B5
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
247,/SPZ,CDTDF,{Codeword Tester: pressure sensor},1
$F2C1,$F2C1
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
248,/SPZ,CDTDK,{Codeword Tester: DK - Potentiometer},1
$F29E,$F29E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
249,/SPZ,CDTDPL,{Codeword Tester: Dauerplus},1
$F299,$F299
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
250,/SPZ,CDTDST,{Codeword Tester: Drucksensor Tank},1
$F296,$F296
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
251,/SPZ,CDTDTV,{Codeword Tester: LR-adaptation ti-additive},1
$F27A,$F27A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
252,/SPZ,CDTEGA,{Codeword Tester: unknown error output stages (Gruppe A)},1
$F2AC,$F2AC
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
253,/SPZ,CDTEGB,{Codeword Tester: unknown error output stages (Gruppe B)},1
$F2AD,$F2AD
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
254,/SPZ,CDTEGC,{Codeword Tester: unknown error output stages (Gruppe C)},1
$F2AE,$F2AE
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
255,/SPZ,CDTEGD,{Codeword Tester: unknown error output stages (Gruppe D)},1
$F2AF,$F2AF
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
256,/SPZ,CDTEGE,{Codeword Tester: unknown error output stages (Gruppe E)},1
$F2B0,$F2B0
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
257,/SPZ,CDTEGF,{Codeword Tester: unknown error output stages (Gruppe F)},1
$F2B1,$F2B1
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
258,/SPZ,CDTES,{Codeword Tank vent diagnosis shut off (EURO-coding)},1
$F26C,$F26C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
259,/SPZ,CDTEV1,{Codeword Tester: EV of Cyl. 1},1
$F2A3,$F2A3
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
260,/SPZ,CDTEV2,{Codeword Tester: EV of Cyl. 2},1
$F2A4,$F2A4
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
261,/SPZ,CDTEV3,{Codeword Tester: EV of Cyl. 3},1
$F2A5,$F2A5
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
262,/SPZ,CDTEV4,{Codeword Tester: EV of Cyl. 4},1
$F2A6,$F2A6
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
263,/SPZ,CDTEV5,{Codeword Tester: EV of Cyl. 5},1
$F2A7,$F2A7
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
264,/SPZ,CDTFA,{Code word for diagnostic intake air temperature sensor},1
$F0E8,$F0E8
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
265,/SPZ,CDTFRA,{Codeword Tester: LR-adaptation multiplikativ},1
$F278,$F278
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
266,/SPZ,CDTHSH,{Codeword Tester: Lambda probe heating behind catalytic converter},1
$F274,$F274
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
267,/SPZ,CDTHSV,{Codeword Tester: Oxygen sensor heating before catalytic converter},1
$F273,$F273
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
268,/SPZ,CDTKAT,{Codeword Tester: Catalyst Conversion},1
$F27C,$F27C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
269,/SPZ,CDTKRT,{Codeword Tester: Knock Control Test Pulse},1
$F2B4,$F2B4
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
270,/SPZ,CDTKS1,{Codeword Tester: knock sensor 1},1
$F2B2,$F2B2
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
271,/SPZ,CDTKS2,{Zord Tester: knock sensor 2},1
$F2B3,$F2B3
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
272,/SPZ,CDTLASH,{Codeword Tester: Lambda probe aging behind cat},1
$F277,$F277
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
273,/SPZ,CDTLATP,{Codeword Tester: Lambda probe aging TP},1
$F275,$F275
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
274,/SPZ,CDTLATV,{Codeword Tester: Lambda probe aging TV},1
$F276,$F276
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
275,/SPZ,CDTLDAB,{Codeword Tester: Boost pressure reduction},1
$F2B7,$F2B7
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
276,/SPZ,CDTLDE,{Codeword Tester: Boost pressure control valve (Output stage)},1
$F2AB,$F2AB
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
277,/SPZ,CDTLDO,{Codeword Tester: Exceeded upper value; Boost pressure},1
$F2B8,$F2B8
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
278,/SPZ,CDTLDRA,{Codeword Tester: Boost pressure deviation},1
$F2B9,$F2B9
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
279,/SPZ,CDTLE,{Codeword Tester: load sensing},1
$F2C2,$F2C2
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
280,/SPZ,CDTLM,{Codeword Tester: LMM/HLM/HFM},1
$F29D,$F29D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
281,/SPZ,CDTLSH,{Codeword Tester: Lambda probe behind catalytic converter},1
$F272,$F272
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
282,/SPZ,CDTLSV,{Codeword Tester: Oxygen sensor before catalytic converter},1
$F271,$F271
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
283,/SPZ,CDTLUEA,{Codeword Tester: Fan Stage A},1
$F2BE,$F2BE
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
284,/SPZ,CDTMFA,{Codeword Tester: MIL-externally determined},1
$F27B,$F27B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
285,/SPZ,CDTMFB,{Codeword Tester: MIL-Request - management},1
$F2A8,$F2A8
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
286,/SPZ,CDTN,{Codeword Tester: Speed signal generator},1
$F29A,$F29A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
287,/SPZ,CDTPAC,{Codeword Tester: Pressure in climate system},1
$F2A2,$F2A2
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
288,/SPZ,CDTPH,{Codeword Tester: Cam Sensor},1
$F29C,$F29C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
289,/SPZ,CDTSGROM,{Codeword Tester: Control unit defective (ROM)},1
$F297,$F297
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
290,/SPZ,CDTSLP,{Codeword Tester: Secondary Air Pump},1
$F28B,$F28B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
291,/SPZ,CDTSLPE,{Codeword Tester: Secondary Air Pump (Output stage)},1
$F28D,$F28D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
292,/SPZ,CDTSLS,{Codeword Tester: Secondary Air System},1
$F28A,$F28A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
293,/SPZ,CDTSLV,{Codeword Tester: Secondary Air Valve},1
$F28C,$F28C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
294,/SPZ,CDTSLVE,{Codeword Tester: Secondary Air Valve (Output stage)},1
$F28E,$F28E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
295,/SPZ,CDTSWE,{Codeword Tester: Acceleration sensor for rough road detection.},1
$F289,$F289
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
296,/SPZ,CDTTA,{Codeword Tester: TANS},1
$F2BF,$F2BF
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
297,/SPZ,CDTTES,{Codeword Tester: tank venting system},1
$F292,$F292
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
298,/SPZ,CDTTESF,{Codeword Tester: tank venting system fine leak},1
$F290,$F290
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
299,/SPZ,CDTTESG,{Codeword Tester: tank venting system gross leak},1
$F291,$F291
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
300,/SPZ,CDTTEVE,{Codeword Tester: tank venting valve output stage},1
$F295,$F295
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
301,/SPZ,CDTTM,{Codeword Tester: TMOT},1
$F2A0,$F2A0
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
302,/SPZ,CDTTMUM,{Codeword Tester: TMOT-change-over},1
$F2BB,$F2BB
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
303,/SPZ,CDTTRA,{Codeword Tester: LR-adaptation QL-additiv},1
$F279,$F279
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
304,/SPZ,CDTTX,{Codeword Tester: Temperature EBOX},1
$F2A1,$F2A1
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
305,/SPZ,CDTTX1S,{Codeword Tester: Temperature EBOX  1. threshold},1
$F2BC,$F2BC
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
306,/SPZ,CDTTX2S,{Codeword Tester: Temperature EBOX  2. threshold},1
$F2BD,$F2BD
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
307,/SPZ,CDTUB,{Codeword Tester: UB},1
$F298,$F298
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
308,/SPZ,CDTVFZ,{Codeword Tester: vehicle speed},1
$F29F,$F29F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
309,/SPZ,CDTWFS,{Codeword Tester: immobilizer},1
$F2C0,$F2C0
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
310,/SPZ,CDTZO,{Codeword Tester: Open idle control -> CDTZOE},1
$F2A9,$F2A9
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
311,/SPZ,CDTZS,{Codeword Tester: Close idle adjuster -->CDTZSE},1
$F2AA,$F2AA
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
312,/SPZ,CLRKA,{Code word for function O2 Kat-clearing},1
$131C3,$131C3
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
313,/SPZ,CNFLDB,{Configbyte for gear-dependent boost pressure control},1
$C9B4,$C9B4
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
314,/SPZ,CNFLLTL,{Configbyte for stop condition B_lltl, CNFLLTL = 0: not effective B_lltl},1
$13209,$13209
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
315,/SPZ,CNFSAG,{Configuration word for fuel cut off depending on the gear},1
$F1CE,$F1CE
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
316,/SPZ,CNFSLV,{Configbyte DSLS = 1 : Bypass SLV-testing},1
$C953,$C953
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
317,/SPZ,CNFUEG,{Gear selection for activation of UE_LLTL%},1
$131A9,$131A9
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
318,/SPZ,CSCATT,{Eurobyte for SCAN-Tool},1
$F1A0,$F1A0
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
319,/SPZ,CUKWLL,{Control-Parameter W-share for UK in idle},1
$13223,$13223
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
320,/SPZ,CVS20,{Codeword for shutdown of VS20 - blocking},1
$F186,$F186
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
321,/SPZ,DDPAC,{Delta pressure threshold for AC pressure plausibility check},1
$C97B,$C97B
/SPW,3,1,  0., 3451.965
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
322,/SPZ,DDPTEAR,{Pressure difference threshold to cancel UD structure,1
$C987,$C987
/SPW,230,1,-32., 31.75
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
323,/SPZ,DDPTEAV,{pressure differential threshold of detection blocked AAV / ACF},1
$C988,$C988
/SPW,230,1,-32., 31.75
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
324,/SPZ,DDPTEBR,{Pressure difference threshold beginning AND build gradient measurement},1
$C989,$C989
/SPW,230,1,-32., 31.75
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
325,/SPZ,DDPTEKO,{upper pressure difference threshold for compensation gradient},1
$C98A,$C98A
/SPW,230,1,-32., 31.75
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
326,/SPZ,DDPTEKU,{lower pressure difference threshold for compensation gradient},1
$C98B,$C98B
/SPW,230,1,-32., 31.75
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
327,/SPZ,DDPTEMR,{decrease in pressure gradient measurement difference of UD construction},1
$C98C,$C98C
/SPW,230,1,-32., 31.75
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
328,/SPZ,DDPTETV,{pressure difference threshold for detection TEV permanently open},1
$C98D,$C98D
/SPW,230,1,-32., 31.75
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
329,/SPZ,DECKSTAI,{Decrement-Step for STADAP-factor},13
$13363,$13363
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,3,0,0
/FKY,0,0,0
/ABL,0;
330,/SPZ,DFDE,{replacement value pressure sensor in error condition},1
$C9D1,$C9D1
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
331,/SPZ,DFDKHA,{delta factor altitude adaptation},1
$F1A2,$F1A2
/SPW,48,1,  0., 0.255000E-2
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
332,/SPZ,DFDTEAB,{load-threshold for fine leak test forbade},1
$C98E,$C98E
/SPW,86,1,-1., 0.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
333,/SPZ,DFDTEAU,{load-threshold for diagnosis abort},1
$C98F,$C98F
/SPW,86,1,-1., 0.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
334,/SPZ,DFRSLP1,{threshold Fr-change for DSLS first pump test},1
$C95C,$C95C
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
335,/SPZ,DFRSLP2,{threshold Fr-change for DSLS second test pump},1
$C95D,$C95D
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
336,/SPZ,DFRSLV1,{threshold for change in DSLS at first test valve},1
$C95A,$C95A
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
337,/SPZ,DFRSLV2,{threshold for change in DSLS in second test valve},1
$C95B,$C95B
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
338,/SPZ,DIMS,{wide input range for detection, all outputs},4
$1336E,$1336E
/SPW,9,1,  0., 255.
/SPX,9,1,  0., 4.,6
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
339,/SPZ,DINH4,{Change ignition angle range 4: Number of increments after WE hard},1
$F1B9,$F1B9
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
340,/SPZ,DINK1,{Change ignition angle range 1: Number of increments},1
$F1AF,$F1AF
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
341,/SPZ,DINK2,{Change ignition angle range 2: Number of increments},1
$F1B1,$F1B1
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
342,/SPZ,DINK3,{Change ignition angle range 3: Number of increments before SA},1
$F1B5,$F1B5
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
343,/SPZ,DINK6,{Change ignition angle range 6: Reinsert number increments},1
$F1BB,$F1BB
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
344,/SPZ,DINK7,{Change ignition angle range 7: Number of increments (BA)},1
$F1B3,$F1B3
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
345,/SPZ,DINW4,{ZWB4: Number of increments soft after WE},1
$F1B7,$F1B7
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
346,/SPZ,DKADN,{DK - threshold for charge pressure increase},7
$C85A,$E91E E9FC in 607
/SPW,272,1,  0., 95.83334
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
347,/SPZ,DKOVN,{Load threshold for overboost},1
$C9BA,$C9BA
/SPW,272,1,  0., 95.83334
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
348,/SPZ,DKRISNT,{Limit the integrator slope for zero test},1
$F225,$F225
/SPW,151,1,  0., 202.6557
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
349,/SPZ,DLIN,{I - proportion negative},4
$13264,$13264
/SPW,9,1,  0., 255.
/SPX,121,1,  0., 250.,13
/SPY,0,0,  0.,  0.,0
/FKX,26,0,0
/FKY,0,0,0
/ABL,0;
350,/SPZ,DLIP,{I - proportion positive},4
$1324A,$1324A
/SPW,9,1,  0., 255.
/SPX,121,1,  0., 250.,13
/SPY,0,0,  0.,  0.,0
/FKX,26,0,0
/FKY,0,0,0
/ABL,0;
351,/SPZ,DLPP,{P - proportion positiv},4
$13230,$13230
/SPW,9,1,  0., 255.
/SPX,121,1,  0., 250.,13
/SPY,0,0,  0.,  0.,0
/FKX,26,0,0
/FKY,0,0,0
/ABL,0;
352,/SPZ,DLUKW,{UK-threshold trigger throttle memory},1
$13224,$13224
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
353,/SPZ,DMXRLU,{Limit at max. Rough-running reference value change},1
$F23F,$F23F
/SPW,16,1,  0., 32.98435
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
354,/SPZ,DN10BURN,{Minimum speed increases for "combustion takes place"},1
$F196,$F196
/SPW,121,1,  0., 2550.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
355,/SPZ,DNALUM,{Delta n for suppression misfire detection},7
$13150,$14288
/SPW,17,1,  0., 80330.14
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
356,/SPZ,DNLDROVN,{negative speed gradient for overboost},7
$C85E,$E92E
/SPW,125,1,  0., 80645.16
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
357,/SPZ,DNMAX,{Speed hysteresis for speed limitation},1
$F1D3,$F1D3
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
358,/SPZ,DNMXZAD,{dynamic threshold for termination of the tooth disc adaptation},1
$F256,$F256
/SPW,204,1,  0., 382.5
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
359,/SPZ,DNSAH,{Delta n SA high relative to nWE},1
$F1CC,$F1CC
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
360,/SPZ,DNSAL,{Delta n SA low relative to nWE},1
$F1C1,$F1C1
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
361,/SPZ,DNSLL,{Fuel cut-off hysteresis at WE idle},1
$F1C2,$F1C2
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
362,/SPZ,DNWEK,{Delta n for WE during AC},1
$F1C3,$F1C3
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
363,/SPZ,DNZB,{Delta - NSOLL for AEO - Switching},1
$F1BE,$F1BE
/SPW,121,1,  0., 2550.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
364,/SPZ,DPDLDRN,{pressure difference for dia LDR - negative control deviation},1
$13211,$13211
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
365,/SPZ,DPDLDRP,{pressure difference for dia LDR - positive control deviation},1
$13210,$13210
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
366,/SPZ,DPILDRN,{Deviation for Setting the I component},7
$13164,$14308
/SPW,180,1,  0., 12.192
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
367,/SPZ,DPTEBO,{upper pressure difference threshold for early diagnosis},1
$C990,$C990
/SPW,133,1,-31.25, 31.00586
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
368,/SPZ,DPTEDUD,{Lower pressure threshold prior to the test},1
$C984,$C984
/SPW,133,1,-31.25, 31.00586
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
369,/SPZ,DPTEDWD,{Pressure difference measurement before negative pressure decay gradient},1
$C991,$C991
/SPW,133,1,-31.25, 31.00586
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
370,/SPZ,DPTEMN,{Min plausible pressure difference},1
$C9B1,$C9B1
/SPW,133,1,-31.25, 31.00586
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
371,/SPZ,DPTEMX,{Max plausible pressure difference},1
$C9B0,$C9B0
/SPW,133,1,-31.25, 31.00586
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
372,/SPZ,DQAMN,{lower limit required for adaptation},1
$C944,$C944
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
373,/SPZ,DQAMX,{upper limit required for adaptation},1
$C943,$C943
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
374,/SPZ,DQAX,{Maximaler Adaptionshub der Luftvorsteuerung},1
$C941,$C941
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
375,/SPZ,DQDBLE,{delta air volume threshold for LL-Vol replacement value at DK error},1
$F218,$F218
/SPW,135,1,  0., 408.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
376,/SPZ,DQDPN,{Terminating dashpot},4
$13318,$13318
/SPW,138,1,  0., 102.
/SPX,124,1,  0., 7680.,12
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
377,/SPZ,DQFSKOM
{air pilot control raising inlaid with moving stage and switched. air conditioning},4
$CB01,$CB01
/SPW,138,1,  0., 102.
/SPX,169,1,-80., 176.,23
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
378,/SPZ,DQLLTL,{Delta air during the transition from LL TL},1
$C939,$C939
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
379,/SPZ,DQMN,{Maximum negative control range},1
$131C0,$131C0
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
380,/SPZ,DQMNAZNS,{maximum number reglerhub negative for ignition after start},1
$131C1,$131C1
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
381,/SPZ,DQMX,{Maximum positive control range},1
$131BF,$131BF
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
382,/SPZ,DSCONF,{Codeword switching VS20/McMess-Protocol},1
$F187,$F187
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
383,/SPZ,DSLSPULS,{Valve opening at DSLS for pump testing},1
$C968,$C968
/SPW,163,1,  0., 99.60938
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
384,/SPZ,DTAPL,{threshold value for Plaus.check temperature sensor},1
$C9E1,$C9E1
/SPW,170,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
385,/SPZ,DTATEH,{delta duty cycle for switching hysteresis period},1
$F10E,$F10E
/SPW,163,1,  0., 99.60938
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
386,/SPZ,DTLALUM,{Delta tL for suppression Misfire detection},7
$13152,$14298
/SPW,19,1,  0., 342.7419
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
387,/SPZ,DTLDLD,{Delta TL for diagnosis maximum LDR controlled variable (Delta TLUL)},1
$13212,$13212
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
388,/SPZ,DTLDLEO,{upper limit of plausibility diagnostics load sensing},1
$1321D,$1321D
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
389,/SPZ,DTLDLEUH,{height-dependent lower limit of plausibility diagnostics load sensing},7
$C8B2,$D496
/SPW,51,1,  0., 1.992188
/SPX,51,1,  0.,  0.,678
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
390,/SPZ,DTLFU,{delta - tl tl threshold for - filter - Switching},1
$1321C,$1321C
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
391,/SPZ,DTLUEGR,{Group of support points of the load signal difference for the transition function},6
$1310E,$1341A
/SPW,0,0,  0.,  0.
/SPX,180,1,  0., 12.24,32
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,2;
392,/SPZ,DTLUL,{Hysterese for overboost - tL},1
$13214,$13214
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
393,/SPZ,DTLWE,{tL - Hysterese für TLSN},1
$F1CD,$F1CD
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
394,/SPZ,DTLWGR,{Stützstellenverteilung delta-tlw},6
$1310C,$13407
/SPW,0,0,  0.,  0.
/SPX,21,1,  0., 12.288,33
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
395,/SPZ,DTLWUK,{UK-threshold trigger throttle memory},1
$1321F,$1321F
/SPW,184,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
396,/SPZ,DTMDMA,{Distance between the motor temperature model for the starting temperature},1
$C9C2,$C9C2
/SPW,170,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
397,/SPZ,DTMDMM,{Slope for motor temperature model per TDMM},1
$C9C3,$C9C3
/SPW,170,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
398,/SPZ,DTMDMMH,{increased slope for motor temperature model per TDMM in case of error},1
$C9C4,$C9C4
/SPW,170,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
399,/SPZ,DTMR,{Threshold hysteresis for start},1
$F0F2,$F0F2
/SPW,13,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
400,/SPZ,DTSA,{SA - Abregelung},1
$F1CF,$F1CF
/SPW,286,1,  0., 61.2
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
401,/SPZ,DTVDN,{dtv lower threshold for fault detection in the fuel supply system},1
$C96F,$C96F
/SPW,99,1,-512., 508.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
402,/SPZ,DTVDX,{dtv upper threshold for fault detection in the fuel supply system},1
$C96E,$C96E
/SPW,99,1,-512., 508.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
403,/SPZ,DTVILDRN,{Delta duty cycle setting condition for I-Share (B_ISET = 1)},7
$13160,$142F8
/SPW,75,1,  0., 99.60938
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
404,/SPZ,DTVKAML,{Delta tv catalyst for clearing (air-mass-dependent)},4
$CA0D,$CA0D
/SPW,206,1,  0., 1511.808
/SPX,107,1,  0., 409.6,9
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
405,/SPZ,DTVMN,{lower limit of the additive mixture adaptation per cycle},1
$F204,$F204
/SPW,99,1,-512., 508.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
406,/SPZ,DTVMX,{upper limit of the additive mixture adaptation per cycle},1
$F203,$F203
/SPW,99,1,-512., 508.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
407,/SPZ,DTVRN,{reduced lower limit of the correction factor dtv},1
$F20A,$F20A
/SPW,99,1,-512., 508.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
408,/SPZ,DTVRX,{reduced upper limit of the correction factor dtv},1
$F209,$F209
/SPW,99,1,-512., 508.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
409,/SPZ,DUKK,{Threshold for short-term share},1
$13221,$13221
/SPW,25,1,  0., 1572.84
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
410,/SPZ,DWDKLA,{delta Dk angle idle, limiting upward adaptation},1
$F21F,$F21F
/SPW,272,1,  0., 95.83334
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
411,/SPZ,DWKHLN,{delta ignition angle for Kat heating at idle},7
$C8D0,$D826
/SPW,291,1,-191.25,  0.
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
412,/SPZ,DWKRSN,{Safety retard},7
$C8A0,$D406
/SPW,291,1,-191.25,  0.
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
413,/SPZ,DWWE,{Step height of the firing angle control on the WE in part load},1
$131AE,$131AE
/SPW,290,1,  0., 191.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
414,/SPZ,DWWEA
{Step height of the firing angle excitement in the termination of GR function in partial load},1
$131AD,$131AD
/SPW,290,1,  0., 191.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
415,/SPZ,DYAVS,{Num. Ignition with reduced step width-KR (DYVF) at load dynamics},1
$F236,$F236
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
416,/SPZ,DYNOBC,{Multiplier for DYNOBK: DYNOBC = DYNOBK},7
$C866,$E94E
/SPW,146,1, 2.294531, 585.1054
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
417,/SPZ,DYNOBE,{Load difference threshold for detection of overboost},7
$C85C,$E926
/SPW,272,1,  0., 95.83334
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
418,/SPZ,DYNOBK,{speed regulation time overboost (see DYNOBC)},7
$C864,$E946
/SPW,143,1,  0., 18.21312
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
419,/SPZ,DYNOBT,{Processing overboost},7
$C862,$E93E
/SPW,142,1,  0., 72.85248
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
420,/SPZ,DYVF,{gradually shortened wide-KR with load dynamics},1
$F23B,$F23B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
421,/SPZ,DYWVF,{Dynamic lead early adjustment},1
$F237,$F237
/SPW,290,1,  0., 191.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
422,/SPZ,DZDKHAN,{Delta Time constant ZDKHA neg.},1
$F1A3,$F1A3
/SPW,282,1,  0.,0.0153
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
423,/SPZ,DZDKHAP,{Delta Time constant ZDKHA pos.},1
$F1A4,$F1A4
/SPW,283,1,  0., 0.484500E-3
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
424,/SPZ,DZUE1,{Change ignition angle range 1: Number of ignitions},1
$F1AE,$F1AE
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
425,/SPZ,DZUE2,{Change ignition angle range 2: Number of ignitions},1
$F1B0,$F1B0
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
426,/SPZ,DZUE3,{Change ignition angle range 3: Number of ignitions},1
$F1B4,$F1B4
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
427,/SPZ,DZUE3G,{ZWB3: stated number of independent transition ignition},4
$1322A,$1322A
/SPW,9,1,  0., 255.
/SPX,9,1,  0., 5.,57
/SPY,0,0,  0.,  0.,0
/FKX,6,0,0
/FKY,0,0,0
/ABL,0;
428,/SPZ,DZUE6,{ZWB6: number of ignition reinstate},1
$F1BA,$F1BA
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
429,/SPZ,DZUE7,{ZWB7: number of ignitions (BA)},1
$F1B2,$F1B2
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
430,/SPZ,DZUH4,{ZWB4: Number of ignitions WE hard},1
$F1B8,$F1B8
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
431,/SPZ,DZUW4,{ZWB4: Number of ignitions WE soft},1
$F1B6,$F1B6
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
432,/SPZ,DZWFM,{maximum case depth difference},1
$F23A,$F23A
/SPW,290,1,  0., 191.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
433,/SPZ,DZWUELL,{delta ZW für UE_LLTL-Funktion},1
$131AC,$131AC
/SPW,290,1,  0., 191.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
434,/SPZ,FABMXN,{Maximum boost pressure reduction (factor min.)},7
$C852,$E8FE
/SPW,59,1, 0.390625E-2, 1.
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
435,/SPZ,FABSALU,{Speed ??regulation factor acceleration signal detection in rough roads},1
$F250,$F250
/SPW,46,1,  0., 4.085802
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
436,/SPZ,FDKHAO,{upper limit for altitude adaptation factor},1
$F1A5,$F1A5
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
437,/SPZ,FDKHAU,{lower limit for altitude adaptation factor},1
$F1A6,$F1A6
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
438,/SPZ,FDMLFTEF,{characteristic factor for exp. Terminating purge},4
$13329,$13329
/SPW,78,1, 0.390625E-2, 1.003906
/SPX,108,1,  0.,0.0301176,3
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
439,/SPZ,FFTEFVA,{Progression in purge rates to control},4
$CAB7,$CAB7
/SPW,77,1,  0., 16.
/SPX,109,1,  0.,0.0627451,5
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
440,/SPZ,FGAT0,{Injection basic adjustment factor 0},1
$C932,$C932
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
441,/SPZ,FHADSL,{min. Height factor DSLS},1
$C962,$C962
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
442,/SPZ,FHOKSTM,{Height correction factor influence for startup injection},7
$C8F6,$EE4E
/SPW,60,1,  0., 0.996094
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
443,/SPZ,FHOMN,{plausibility lower limit for height correction factor},1
$C9D3,$C9D3
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
444,/SPZ,FHOMX,{plausibility upper limit for height correction factor},1
$C9D4,$C9D4
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
445,/SPZ,FHOPLS,{Plausibility limit for height correction factor},1
$C9CE,$C9CE
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
446,/SPZ,FIA1ZAD,{filter factor adaptation value 1 of the toothed disc adaptation},1
$F251,$F251
/SPW,58,1,  0., 0.124512
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
447,/SPZ,FIA2ZAD,{filter factor adaptation value 2 of the toothed disc adaptation},1
$F252,$F252
/SPW,58,1,  0., 0.124512
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
448,/SPZ,FIAMALU,{Increase factor for filter Multiple Misfire detection},1
$F242,$F242
/SPW,72,1,  0., 3.984375
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
449,/SPZ,FIBSALU,{Filter factor acceleration signal detection in rough roads},1
$F24F,$F24F
/SPW,32,1,0.0119507, 3.047424
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
450,/SPZ,FIEZAD,{transient filter filter factor of toothed disks adaptation},1
$F253,$F253
/SPW,58,1,  0., 0.124512
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
451,/SPZ,FIMALU,{Filter Factor Multiple Misfire detection},1
$F243,$F243
/SPW,60,1,  0., 0.996094
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
452,/SPZ,FIMHU,{factor hard pulse},4
$132B8,$132B8
/SPW,72,1,  0., 3.984375
/SPX,10,1,  0., 15.,58
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
453,/SPZ,FIMWU,{factor soft pulse},4
$132A8,$132A8
/SPW,72,1,  0., 3.984375
/SPX,10,1,  0., 15.,58
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
454,/SPZ,FKMLM,{maximum correction factor of the air mass after heating},2
$F0C3,$FA93
/SPW,54,1, 1., 1.996094
/SPX,168,1,-44., 150.,22
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,1;
455,/SPZ,FKSM,{Cold start factor},7
$C8C8,$D7E6
/SPW,73,1,  0., 31.875
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
456,/SPZ,FKTEDGK,{Evaluation factor compensation gradient},4
$CB78,$CB78
/SPW,81,1,  0., 4.
/SPX,80,1,  0., 1.,38
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
457,/SPZ,FLCAAV,{debouncing error: Valve active carbon filter (Funktion)},1
$F57E,$F57E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
458,/SPZ,FLCAAVE,{debouncing error: Valve active carbon filter (Endstufe)},1
$F57F,$F57F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
459,/SPZ,FLCAGRF,{debouncing error: Monitoring EGR FLOW},1
$F57A,$F57A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
460,/SPZ,FLCASE,{debouncing error: Misfire detection, Summe (multiple), emission-relevant}
1
$F568,$F568
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
461,/SPZ,FLCASE1,{debouncing error: Misfire detection CYL. 1, emission-relevant},1
$F569,$F569
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
462,/SPZ,FLCASE2,{debouncing error: Misfire detection CYL. 2, emission-relevant},1
$F56A,$F56A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
463,/SPZ,FLCASE3,{debouncing error: Misfire detection CYL. 3, emission-relevant},1
$F56D,$F56D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
464,/SPZ,FLCASE4,{debouncing error: Misfire detection CYL. 4, emission-relevant},1
$F56B,$F56B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
465,/SPZ,FLCASE5,{debouncing error: Misfire detection CYL. 5, emission-relevant},1
$F56C,$F56C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
466,/SPZ,FLCASK,{debouncing error: Misfire detection, Summe (multiple), catalyst-damaging}
1
$F56E,$F56E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
467,/SPZ,FLCASK1,{debouncing error: Misfire detection CYL. 1, catalyst-damaging},1
$F56F,$F56F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
468,/SPZ,FLCASK2,{debouncing error: Misfire detection CYL. 2, catalyst-damaging},1
$F570,$F570
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
469,/SPZ,FLCASK3,{debouncing error: Misfire detection CYL. 3, catalyst-damaging},1
$F573,$F573
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
470,/SPZ,FLCASK4,{debouncing error: Misfire detection CYL. 4, catalyst-damaging},1
$F571,$F571
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
471,/SPZ,FLCASK5,{debouncing error: Misfire detection CYL. 5, catalyst-damaging},1
$F572,$F572
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
472,/SPZ,FLCBAA,{debouncing error: Bedarfsadaption am Anschlag},1
$F5A1,$F5A1
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
473,/SPZ,FLCBM,{debouncing error: Bezugsmarkengeber},1
$F586,$F586
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
474,/SPZ,FLCCGE,{debouncing error: CAN-Interface, Timeout EGS},1
$F5A5,$F5A5
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
475,/SPZ,FLCCIF,{debouncing error: CAN-Interface, interner Fehler},1
$F5A0,$F5A0
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
476,/SPZ,FLCDF,{debouncing error: pressure sensor},1
$F5AC,$F5AC
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
477,/SPZ,FLCDK,{debouncing error: DK - Potentiometer},1
$F589,$F589
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
478,/SPZ,FLCDPL,{debouncing error: Dauerplus},1
$F584,$F584
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
479,/SPZ,FLCDST,{debouncing error: Drucksensor Tank},1
$F581,$F581
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
480,/SPZ,FLCDTV,{debouncing error: LR-adaptation ti-additive},1
$F565,$F565
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
481,/SPZ,FLCEGA,{debouncing error: unknown output stage - error (output stage A)},1
$F597,$F597
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
482,/SPZ,FLCEGB,{debouncing error: unknown output stage - error (output stage B)},1
$F598,$F598
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
483,/SPZ,FLCEGC,{debouncing error: unknown output stage - error (output stage C)},1
$F599,$F599
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
484,/SPZ,FLCEGD,{debouncing error: unknown output stage - error (output stage D)},1
$F59A,$F59A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
485,/SPZ,FLCEGE,{debouncing error: unknown output stage - error (output stage E)},1
$F59B,$F59B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
486,/SPZ,FLCEGF,{debouncing error: unknown output stage - error (output stage F)},1
$F59C,$F59C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
487,/SPZ,FLCEV1,{debouncing error: EV of Cyl. 1},1
$F58E,$F58E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
488,/SPZ,FLCEV2,{debouncing error: EV of Cyl. 2},1
$F58F,$F58F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
489,/SPZ,FLCEV3,{debouncing error: EV of Cyl. 3},1
$F590,$F590
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
490,/SPZ,FLCEV4,{debouncing error: EV of Cyl. 4},1
$F591,$F591
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
491,/SPZ,FLCEV5,{debouncing error: EV of Cyl. 5},1
$F592,$F592
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
492,/SPZ,FLCFRA,{debouncing error: LR-adaptation multiplikativ},1
$F563,$F563
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
493,/SPZ,FLCHSH,{debouncing error: Lambda probe heating behind catalytic converter},1
$F55F,$F55F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
494,/SPZ,FLCHSV,{debouncing error: Oxygen sensor heating before catalytic converter},1
$F55E,$F55E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
495,/SPZ,FLCKAT,{debouncing error: Catalyst Conversion},1
$F567,$F567
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
496,/SPZ,FLCKRT,{debouncing error: Knock Control Test Pulse},1
$F59F,$F59F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
497,/SPZ,FLCKS1,{debouncing error: knock sensor 1},1
$F59D,$F59D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
498,/SPZ,FLCKS2,{debouncing error: knock sensor 2},1
$F59E,$F59E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
499,/SPZ,FLCLASH,{debouncing error: Lambda probe aging behind cat},1
$F562,$F562
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
500,/SPZ,FLCLATP,{debouncing error: Lambda probe aging TP},1
$F560,$F560
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
501,/SPZ,FLCLATV,{debouncing error: Lambda probe aging TV},1
$F561,$F561
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
502,/SPZ,FLCLDAB,{debouncing error; Boost pressure reduction},1
$F5A2,$F5A2
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
503,/SPZ,FLCLDE,{debouncing error: Boost pressure control valve (Endstufe)},1
$F596,$F596
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
504,/SPZ,FLCLDO,{debouncing error: Boost pressure characteristic; exceeded upper value},1
$F5A3,$F5A3
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
505,/SPZ,FLCLDRA,{debouncing error: Charge pressure deviation},1
$F5A4,$F5A4
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
506,/SPZ,FLCLE,{debouncing error: load detection},1
$F5AD,$F5AD
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
507,/SPZ,FLCLM,{debouncing error: LMM/HLM/HFM},1
$F588,$F588
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
508,/SPZ,FLCLSH,{debouncing error: Lambda-Sonde behind Kat},1
$F55D,$F55D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
509,/SPZ,FLCLSV,{debouncing error: Lambda-Sonde before Kat},1
$F55C,$F55C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
510,/SPZ,FLCLUEA,{debouncing error: Endstufe Lüfter A},1
$F5A9,$F5A9
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
511,/SPZ,FLCMFA,{debouncing error: MIL-fremdbestimmt},1
$F566,$F566
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
512,/SPZ,FLCMFB,{debouncing error: MIL-request - Leitung},1
$F593,$F593
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
513,/SPZ,FLCN,{debouncing error: Speed ??signal generator},1
$F585,$F585
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
514,/SPZ,FLCPAC,{debouncing error: Pressure in climate system},1
$F58D,$F58D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
515,/SPZ,FLCPH,{debouncing error: cam sensor},1
$F587,$F587
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
516,/SPZ,FLCSGROM,{debouncing error: controller box defect (ROM)},1
$F582,$F582
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
517,/SPZ,FLCSLP,{debouncing error: Secondary Air Pump},1
$F576,$F576
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
518,/SPZ,FLCSLPE,{debouncing error: Secondary Air Pump (output stage)},1
$F578,$F578
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
519,/SPZ,FLCSLS,{debouncing error: Secondary Air System},1
$F575,$F575
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
520,/SPZ,FLCSLV,{debouncing error: Secondary Air Valve},1
$F577,$F577
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
521,/SPZ,FLCSLVE,{debouncing error: Secondary Air Valve (output stage)},1
$F579,$F579
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
522,/SPZ,FLCSWE,{debouncing error: Acceleration sensor of the rough road detection},1
$F574,$F574
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
523,/SPZ,FLCTA,{debouncing error: TANS},1
$F5AA,$F5AA
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
524,/SPZ,FLCTES,{debouncing error: tank venting system},1
$F57D,$F57D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
525,/SPZ,FLCTESF,{debouncing error: tank venting system fine leak},1
$F57B,$F57B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
526,/SPZ,FLCTESG,{debouncing error: tank venting system gross leak},1
$F57C,$F57C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
527,/SPZ,FLCTEVE,{debouncing error: tank venting valve Endstufe},1
$F580,$F580
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
528,/SPZ,FLCTM,{debouncing error: TMOT},1
$F58B,$F58B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
529,/SPZ,FLCTMUM,{debouncing error; TMOT-changeover},1
$F5A6,$F5A6
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
530,/SPZ,FLCTRA,{debouncing error: LR-adaptation QL-additiv},1
$F564,$F564
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
531,/SPZ,FLCTX,{debouncing error: Temperature EBOX},1
$F58C,$F58C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
532,/SPZ,FLCTX1S,{debouncing error: Temperature EBOX  1. Schwelle},1
$F5A7,$F5A7
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
533,/SPZ,FLCTX2S,{debouncing error: Temperature EBOX  2. Schwelle},1
$F5A8,$F5A8
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
534,/SPZ,FLCUB,{debouncing error: UB},1
$F583,$F583
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
535,/SPZ,FLCVFZ,{debouncing error: Vehicle speed},1
$F58A,$F58A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
536,/SPZ,FLCWFS,{debouncing error: immobilizer},1
$F5AB,$F5AB
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
537,/SPZ,FLCZO,{debouncing error: Opened idle adjuster},1
$F594,$F594
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
538,/SPZ,FLCZS,{debouncing error: Close idle adjuster},1
$F595,$F595
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
539,/SPZ,FLDABMTN,{Faktor Boost pressure reduction manual transmission},7
$C868,$E956
/SPW,59,1, 0.390625E-2, 1.
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
540,/SPZ,FLDABN,{Boost pressure reduction / cycle (delta factor)},7
$C854,$E906
/SPW,59,1, 0.390625E-2, 1.
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
541,/SPZ,FLUV1,{Switch of the modification 1 of the running smoothness calculation},1
$F24B,$F24B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
542,/SPZ,FLUV2,{Switch of the modification 2 of the running smoothness calculation},1
$F24C,$F24C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
543,/SPZ,FMLKAMA
{Faktor zur Bewertung Schwellwert integr. Luftm. f. Abbruch Kat-Ausr. Pre/Main},1
$131C7,$131C7
/SPW,63,1,  0., 15.9375
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
544,/SPZ,FNSM,{After starting boost},7
$C8C6,$D7D6
/SPW,68,1,  0., 7.96875
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
545,/SPZ,FQKON,{factor on air compressor hook-up at a dep. of speed},7
$13116,$13438
/SPW,60,1,  0., 0.996094
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
546,/SPZ,FQKTM,{Factor LLR air mass flow rate correction depends. of tmot},7
$C8BC,$D5A6
/SPW,60,1,  0., 0.996094
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
547,/SPZ,FQTE,{Compensation factor for air during tank venting},1
$C935,$C935
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
548,/SPZ,FRADN,{lower fra-threshold for fault detection in the fuel supply system},1
$C96B,$C96B
/SPW,51,1,  0., 0.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
549,/SPZ,FRADX,{upper fra-threshold for fault detection in the fuel supply system},1
$C96A,$C96A
/SPW,51,1, 1.007813, 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
550,/SPZ,FRAE,{Delta fra-detection threshold for the steady basic adaptation},1
$C974,$C974
/SPW,60,1,  0., 0.996094
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
551,/SPZ,FRAMN,{lower limit of the correction factor fra},1
$F200,$F200
/SPW,51,1, 0.75, 1.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
552,/SPZ,FRAMX,{upper limit of the correction factor fra},1
$F1FF,$F1FF
/SPW,51,1, 1., 1.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
553,/SPZ,FRANR1,{KR-enrichment characteristics},4
$CA40,$CA40
/SPW,51,1,  0., 1.992188
/SPX,292,1,-192.,  0.,34
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
554,/SPZ,FRANR2,{KR-enrichment characteristics},7
$C894,$D0D6
/SPW,51,1,  0., 1.992188
/SPX,168,1,  0.,  0.,1203
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
555,/SPZ,FRARN,{reduced lower limit of the correction factor fra},1
$F206,$F206
/SPW,51,1, 0.75, 1.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
556,/SPZ,FRARX,{reduced upper limit of the correction factor fra},1
$F205,$F205
/SPW,51,1, 1., 1.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
557,/SPZ,FRHB,{fr-threshold for possible resetting flip-flop "high load"},1
$F112,$F112
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
558,/SPZ,FRMAX,{high limit range},1
$F0FB,$F0FB
/SPW,51,1, 1.101563, 1.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
559,/SPZ,FRMAXSL,{Maximum integrator value for DSLS},1
$F0FC,$F0FC
/SPW,51,1, 1.101563, 1.898438
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
560,/SPZ,FRMIN,{lower control range},1
$F0FA,$F0FA
/SPW,51,1, 0.75, 0.898438
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
561,/SPZ,FRMINQ,{lower control range of quicktest},1
$C9E3,$C9E3
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
562,/SPZ,FSTAUKM,{Startadaption ÜK-evaluation factor},7
$C884,$CF66
/SPW,51,1,  0., 1.992188
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
563,/SPZ,FSTED,{Characteristic for level estimation},4
$CB89,$CB89
/SPW,79,1,  0., 1.
/SPX,62,1,  0., 10.,39
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
564,/SPZ,FSWALUV,{Rough road detection threshold depending on Fz speed},4
$CA1E,$CA1E
/SPW,85,1,  0., 12.45117
/SPX,150,1,  0., 256.,28
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
565,/SPZ,FTEADAB,{Threshold loading for termination TE phase},1
$F111,$F111
/SPW,148,1,-64., 63.5
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
566,/SPZ,FTEADMN,{Minimalwert der Beladung des AKF's},1
$F114,$F114
/SPW,148,1,-64., 63.5
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
567,/SPZ,FTEADMX,{Maximalwert der Beladung des AKF's},1
$F115,$F115
/SPW,148,1,-64., 63.5
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
568,/SPZ,FTEAHB,{R & TD detection threshold for high loading},1
$F113,$F113
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
569,/SPZ,FTEFHB,{Threshold for detection purge tank vent for high loading},1
$F110,$F110
/SPW,60,1,  0., 0.996094
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
570,/SPZ,FTEFVAA,{Anfangsbegrenzung der Spülrate zu Beginn einer Spülphase},1
$F108,$F108
/SPW,60,1,  0., 0.996094
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
571,/SPZ,FTEHB,{Schwelle für Faktor Tankentlüftung für Erkennung hohe Beladung},1
$F10F,$F10F
/SPW,148,1,-64., 63.5
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
572,/SPZ,FUKNSTM,{Starting value factor ÜK in afterstart},7
$C886,$CF76
/SPW,72,1,  0., 3.984375
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
573,/SPZ,FVANST,{Gewichtungsfaktor VA im Nachstart},1
$C9D8,$C9D8
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
574,/SPZ,FVLN,{Full load correction},7
$13142,$13E48
/SPW,51,1,  0., 1.992188
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
575,/SPZ,FWLM1,{Warmlauffaktor bei Starttemperatur<=tmfwlu},7
$C8D2,$D836
/SPW,51,1,  0., 1.992188
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
576,/SPZ,FWLM2,{Warmlauffaktor},7
$C8D4,$D846
/SPW,51,1,  0., 1.992188
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
577,/SPZ,FWLM3,{Warmlauffaktor beiStarttemperatur>tmfwlo},7
$C8D6,$D856
/SPW,51,1,  0., 1.992188
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
578,/SPZ,FWSTA1,{Weighting afterstart},7
$C888,$CF86
/SPW,51,1,  0., 1.992188
/SPX,51,1,  0.,  0.,999
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
579,/SPZ,FWSTA2,{Wichtung Nachstart Umschaltschwelle},7
$F0CB,$FB57
/SPW,51,1,  0., 1.992188
/SPX,51,1,  0.,  0.,999
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
580,/SPZ,FWSTA3,{Wichtung Nachstart Abregelung},7
$C88A,$CF96
/SPW,60,1,  0., 0.996094
/SPX,51,1,  0.,  0.,999
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
581,/SPZ,FWUEKHZU,{Weighting of the firing angle in cats heating in the transition idle part load}
4
$C9FC,$C9FC
/SPW,60,1,  0., 0.996094
/SPX,297,1,  0., 1280.,31
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
582,/SPZ,FZANSM1
{Faktor für zündsynchrone Abregelung des Nachstartfaktors oberhalb Schwelle},7
$C86E,$CCB2
/SPW,60,1,  0., 0.996094
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
583,/SPZ,FZANSM2
{Faktor für zündsynchrone Abregelung des Nachstartfaktors unterhalb Schwelle},7
$C870,$CCC2
/SPW,60,1,  0., 0.996094
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
584,/SPZ,FZBFTEB,{Faktor Begrenzung Lerngeschwindigkeit für Beladung},4
$CAA6,$CAA6
/SPW,60,1,  0., 0.996094
/SPX,53,1,  0.,0.015625,36
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
585,/SPZ,FZFTEFVA,{Faktor ftefva-abhängige Lerngeschwindigkeit der Beladung},4
$CAD9,$CAD9
/SPW,79,1,  0., 1.
/SPX,79,1,  0., 1.,37
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
586,/SPZ,FZML,{Faktor für Absteuerzeitkonstante des Korrekturfaktors Fkmlma},2
$F0C9,$FAAF
/SPW,51,1,  0., 1.992188
/SPX,135,1,  0., 408.,17
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,1;
587,/SPZ,FZQTE,{Zeit für Absteuerung Spülrate auf Null bei B_te 1 -> 0},1
$F109,$F109
/SPW,173,1, 0.8, 204.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
588,/SPZ,FZQTEFR,{Kennlinie stetige Grenzwertregelung (fr)},4
$CAC8,$CAC8
/SPW,82,1,  0., 16.
/SPX,71,1, 0.75, 1.25,35
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
589,/SPZ,GANG_NR,{Stützstellen der Gänge},6
$C816,$CC9A
/SPW,0,0,  0.,  0.
/SPX,9,1,  0., 255.,6
/SPY,0,0,  0.,  0.,0
/FKX,6,0,0
/FKY,0,0,0
/ABL,1;
590,/SPZ,GFSTEDH,{höhenabhängige Leckdiagnoseschwelle},8
$C88C,$CFA6
/SPW,80,1,  0., 1.
/SPX,62,1,  0.,  0.,595
/SPY,51,1,  0.,  0.,678
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
591,/SPZ,GGRTED,{Grenzgradient für UD-Aufbau bei TE-Diagnose},1
$C992,$C992
/SPW,61,1,  0., 9.960938
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
592,/SPZ,GRLABTED,{Grenzgradient des Unterdruckabbaus bei leerem Tank},1
$C993,$C993
/SPW,80,1,  0., 1.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
593,/SPZ,GRLUFTED,{Grenzgradient des Unterdruckaufbaus bei leerem Tank},1
$C994,$C994
/SPW,61,1,  0., 9.960938
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
594,/SPZ,GRVTED,{Grenzgradient für Volltankerkennung},1
$C995,$C995
/SPW,61,1,  0., 9.960938
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
595,/SPZ,GUDAGRSP,{Dummystuetzstellenverteilung als Source},6
$13108,$133E1
/SPW,0,0,  0.,  0.
/SPX,62,1,  0., 10.,39
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
596,/SPZ,HLCAAV,{Debouncing Healing: Valve active carbon filter (Funktion)},1
$F52B,$F52B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
597,/SPZ,HLCAAVE,{Debouncing Healing: Valve active carbon filter (Endstufe)},1
$F52C,$F52C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
598,/SPZ,HLCAGRF,{Debouncing Healing: Überwachung EGR-FLOW},1
$F527,$F527
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
599,/SPZ,HLCASE,{Debouncing Healing:	Misfire detection, Summe (multiple), emission-relevant}
1
$F515,$F515
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
600,/SPZ,HLCASE1,{Debouncing Healing:	Misfire detection CYL. 1, emission-relevant},1
$F516,$F516
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
601,/SPZ,HLCASE2,{Debouncing Healing:	Misfire detection CYL. 2, emission-relevant},1
$F517,$F517
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
602,/SPZ,HLCASE3,{Debouncing Healing:	Misfire detection CYL. 3, emission-relevant},1
$F51A,$F51A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
603,/SPZ,HLCASE4,{Debouncing Healing:	Misfire detection CYL. 4, emission-relevant},1
$F518,$F518
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
604,/SPZ,HLCASE5,{Debouncing Healing:	Misfire detection CYL. 5, emission-relevant},1
$F519,$F519
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
605,/SPZ,HLCASK,{Debouncing Healing:	Misfire detection, Summe (multiple), catalyst-damaging}
1
$F51B,$F51B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
606,/SPZ,HLCASK1,{Debouncing Healing:	Misfire detection CYL. 1, catalyst-damaging},1
$F51C,$F51C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
607,/SPZ,HLCASK2,{Debouncing Healing:	Misfire detection CYL. 2, catalyst-damaging},1
$F51D,$F51D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
608,/SPZ,HLCASK3,{Debouncing Healing:	Misfire detection CYL. 3, catalyst-damaging},1
$F520,$F520
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
609,/SPZ,HLCASK4,{Debouncing Healing:	Misfire detection CYL. 4, catalyst-damaging},1
$F51E,$F51E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
610,/SPZ,HLCASK5,{Debouncing Healing:	Misfire detection CYL. 5, catalyst-damaging},1
$F51F,$F51F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
611,/SPZ,HLCBAA,{Debouncing Healing:	Bedarfsadaption am Anschlag},1
$F54E,$F54E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
612,/SPZ,HLCBM,{Debouncing Healing: Bezugsmarkengeber},1
$F533,$F533
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
613,/SPZ,HLCCGE,{Debouncing Healing: CAN-Interface, Timeout EGS},1
$F552,$F552
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
614,/SPZ,HLCCIF,{Debouncing Healing: CAN-Interface, interner Fehler},1
$F54D,$F54D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
615,/SPZ,HLCDF,{Debouncing Healing: pressure sensor},1
$F559,$F559
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
616,/SPZ,HLCDK,{Debouncing Healing:	DK - Potentiometer},1
$F536,$F536
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
617,/SPZ,HLCDPL,{Debouncing Healing:	Dauerplus},1
$F531,$F531
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
618,/SPZ,HLCDST,{Debouncing Healing: Drucksensor Tank},1
$F52E,$F52E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
619,/SPZ,HLCDTV,{Debouncing Healing:	LR-adaptation ti-additive},1
$F512,$F512
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
620,/SPZ,HLCEGA,{Debouncing Healing: unknown output stage - error (output stage A)}
1
$F544,$F544
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
621,/SPZ,HLCEGB,{Debouncing Healing: unknown output stage - error (output stage B)}
1
$F545,$F545
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
622,/SPZ,HLCEGC,{Debouncing Healing: unknown output stage - error (output stage C)}
1
$F546,$F546
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
623,/SPZ,HLCEGD,{Debouncing Healing: unknown output stage - error (output stage D)}
1
$F547,$F547
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
624,/SPZ,HLCEGE,{Debouncing Healing: unknown output stage - error (output stage E)}
1
$F548,$F548
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
625,/SPZ,HLCEGF,{Debouncing Healing: unknown output stage - error (output stage F)}
1
$F549,$F549
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
626,/SPZ,HLCEV1,{Debouncing Healing: EV of Cyl. 1},1
$F53B,$F53B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
627,/SPZ,HLCEV2,{Debouncing Healing: EV of Cyl. 2},1
$F53C,$F53C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
628,/SPZ,HLCEV3,{Debouncing Healing: EV of Cyl. 3},1
$F53D,$F53D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
629,/SPZ,HLCEV4,{Debouncing Healing: EV of Cyl. 4},1
$F53E,$F53E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
630,/SPZ,HLCEV5,{Debouncing Healing: EV of Cyl. 5},1
$F53F,$F53F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
631,/SPZ,HLCFRA,{Debouncing Healing:	LR-adaptation multiplikativ},1
$F510,$F510
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
632,/SPZ,HLCHSH,{Debouncing Healing:	Lambda probe heating behind catalytic converter},1
$F50C,$F50C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
633,/SPZ,HLCHSV,{Debouncing Healing: Oxygen sensor heating before catalytic converter},1
$F50B,$F50B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
634,/SPZ,HLCKAT,{Debouncing Healing:	Catalyst Conversion},1
$F514,$F514
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
635,/SPZ,HLCKRT,{Debouncing Healing: Testimpuls},1
$F54C,$F54C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
636,/SPZ,HLCKS1,{Debouncing Healing: knock sensor 1},1
$F54A,$F54A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
637,/SPZ,HLCKS2,{Debouncing Healing:	knock sensor 2},1
$F54B,$F54B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
638,/SPZ,HLCLASH,{Debouncing Healing:	Lambda probe aging behind cat},1
$F50F,$F50F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
639,/SPZ,HLCLATP,{Debouncing Healing:	Lambda probe aging TP},1
$F50D,$F50D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
640,/SPZ,HLCLATV,{Debouncing Healing:	Lambda probe aging TV},1
$F50E,$F50E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
641,/SPZ,HLCLDAB,{Debouncing Healing; Boost pressure reduction},1
$F54F,$F54F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
642,/SPZ,HLCLDE,{Debouncing Healing: Boost pressure control valve (Endstufe)},1
$F543,$F543
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
643,/SPZ,HLCLDO,{Debouncing Healing:	Boost pressure characteristic; exceeded upper value},1
$F550,$F550
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
644,/SPZ,HLCLDRA,{Debouncing Healing:	Charge pressure deviation},1
$F551,$F551
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
645,/SPZ,HLCLE,{Debouncing Healing: load sensing},1
$F55A,$F55A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
646,/SPZ,HLCLM,{Debouncing Healing:	LMM/HLM/HFM},1
$F535,$F535
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
647,/SPZ,HLCLSH,{Debouncing Healing:	Lambda-Sonde behind cat},1
$F50A,$F50A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
648,/SPZ,HLCLSV,{Debouncing Healing:	Lambda-Sonde vor Kat},1
$F509,$F509
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
649,/SPZ,HLCLUEA,{Debouncing Healing:	Endstufe Lüfter A},1
$F556,$F556
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
650,/SPZ,HLCMFA,{Debouncing Healing: MIL-fremdbestimmt},1
$F513,$F513
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
651,/SPZ,HLCMFB,{Debouncing Healing: MIL-request - Leitung},1
$F540,$F540
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
652,/SPZ,HLCN,{Debouncing Healing:	Speed ??signal generator},1
$F532,$F532
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
653,/SPZ,HLCPAC,{Debouncing Healing:	Druck in Klimasystem},1
$F53A,$F53A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
654,/SPZ,HLCPH,{Debouncing Healing: Phasensensor},1
$F534,$F534
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
655,/SPZ,HLCSGROM,{Debouncing Healing: Steuergerät defekt (ROM)},1
$F52F,$F52F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
656,/SPZ,HLCSLP,{Debouncing Healing:	Secondary Air Pump},1
$F523,$F523
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
657,/SPZ,HLCSLPE,{Debouncing Healing: Secondary Air Pump (Endstufe)},1
$F525,$F525
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
658,/SPZ,HLCSLS,{Debouncing Healing: Secondary Air System},1
$F522,$F522
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
659,/SPZ,HLCSLV,{Debouncing Healing:	Secondary Air Valve},1
$F524,$F524
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
660,/SPZ,HLCSLVE,{Debouncing Healing:	Secondary Air Valve (Endstufe)},1
$F526,$F526
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
661,/SPZ,HLCSWE,{Debouncing Healing:	Acceleration sensor of the rough road detection},1
$F521,$F521
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
662,/SPZ,HLCTA,{Debouncing Healing: TANS},1
$F557,$F557
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
663,/SPZ,HLCTES,{Debouncing Healing: tank venting system},1
$F52A,$F52A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
664,/SPZ,HLCTESF,{Debouncing Healing: Tankentlüftungssytem fine leak},1
$F528,$F528
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
665,/SPZ,HLCTESG,{Debouncing Healing:	tank venting system gross leak},1
$F529,$F529
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
666,/SPZ,HLCTEVE,{Debouncing Healing:	tank venting valve Endstufe},1
$F52D,$F52D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
667,/SPZ,HLCTM,{Debouncing Healing:	TMOT},1
$F538,$F538
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
668,/SPZ,HLCTMUM,{Debouncing Healing; TMOT-changeover},1
$F553,$F553
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
669,/SPZ,HLCTRA,{Debouncing Healing:	LR-adaptation QL-additiv},1
$F511,$F511
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
670,/SPZ,HLCTX,{Debouncing Healing:	Temperature EBOX},1
$F539,$F539
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
671,/SPZ,HLCTX1S,{Debouncing Healing: Temperature EBOX  1. Schwelle},1
$F554,$F554
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
672,/SPZ,HLCTX2S,{Debouncing Healing: Temperature EBOX  2. Schwelle},1
$F555,$F555
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
673,/SPZ,HLCUB,{Debouncing Healing:	UB},1
$F530,$F530
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
674,/SPZ,HLCVFZ,{Debouncing Healing:	Vehicle speed},1
$F537,$F537
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
675,/SPZ,HLCWFS,{Debouncing Healing: immobilizer},1
$F558,$F558
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
676,/SPZ,HLCZO,{Debouncing Healing: Opened idle adjuster},1
$F541,$F541
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
677,/SPZ,HLCZS,{Debouncing Healing: Close idle adjuster},1
$F542,$F542
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
678,/SPZ,HOEHENGR,{Stützstellen für Höhenadaptionsfaktor},6
$C80A,$CBC9
/SPW,0,0,  0.,  0.
/SPX,51,1,  0., 1.992188,54
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
679,/SPZ,HOEHENGR8S,{Stützstellen für Höhenkorrektur},6
$C80C,$CBDC
/SPW,0,0,  0.,  0.
/SPX,51,1,  0., 1.992188,54
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,2;
680,/SPZ,HTEDU,{Untere Höhenschwelle für Durchführung Tank vent diagnosis},1
$C996,$C996
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
681,/SPZ,HUELLTL,{Höhenschwelle zur Deactivierung von %UE_LLTL},1
$131AB,$131AB
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
682,/SPZ,IDENTIFY1
{vollständige ECU Teilenummer (erste 10 Ziff. in 5 Werte [hex],Rest in ASCII[hex]},13
$13373,$13373
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
683,/SPZ,IDENTIFY2,{Steuergerät SW-Teilenummer},13
$1337B,$1337B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,7,0,0
/FKY,0,0,0
/ABL,0;
684,/SPZ,ILRSLAU
{Integration speed at the start of the diagnostic of Secondary Air Systems},1
$F0FD,$F0FD
/SPW,92,1, 0.256364, 65.37283
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
685,/SPZ,ILRSLST,{Slope for management of the control factor of DSLS},1
$F0FE,$F0FE
/SPW,92,1, 0.256364, 65.37283
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
686,/SPZ,IMLABG,{Schwellwert integr. Luftmasse für Taupunktendeerkennung vor Kat},1
$C923,$C923
/SPW,119,1,  0., 6366.354
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
687,/SPZ,IMLABGW
{Schwellwert integ. Luftmasse fuer Taupunktendeerkennung vor Kat (Wiederholstart)},1
$C924,$C924
/SPW,119,1,  0., 6366.354
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
688,/SPZ,IMLKAMN,{Schwellwert integr. Luftmasse f. Mindestdauer Katalysator-Ausräumen},1
$131C4,$131C4
/SPW,116,1,  0., 20.67505
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
689,/SPZ,IMLKAMX,{Schwellwert integr. Luftmasse f. Abbruch Katalysator-Ausräumen},1
$131C5,$131C5
/SPW,116,2,  0., 6391.223
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
690,/SPZ,IMLKAT,{Schwellwert integr. Luftmasse fuer Taupunktendeerkennung behind cat},1
$C925,$C925
/SPW,119,1,  0., 6366.354
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
691,/SPZ,IMLKATW
{Schwellwert integr. Luftmasse f. Taupunktendeerkennung behind cat (Wiederholst.)},1
$C926,$C926
/SPW,119,1,  0., 6366.354
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
692,/SPZ,IMS,{Impulse für Gangerkennung, alle Gänge},4
$13369,$13369
/SPW,9,1,  0., 255.
/SPX,9,1,  0., 4.,6
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,0;
693,/SPZ,INCKSTAI,{Inkrement-Step für STADAP-Faktor},13
$13360,$13360
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,3,0,0
/FKY,0,0,0
/ABL,0;
694,/SPZ,INIFAV,{Initialisierungswert für Filter-Matrix},1
$F11E,$F11E
/SPW,83,1,-1., 0.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
695,/SPZ,INIMDKAT,{Initialization mode for filter-array (> 0: start reset)},1
$F11B,$F11B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
696,/SPZ,KEFLDY,{K - factor - increase in load dynamics},1
$F239,$F239
/SPW,94,1, 1.003922, 256.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
697,/SPZ,KEKAN,{Load limit knocking active},7
$13134,$13B08
/SPW,180,1,  0., 12.24
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
698,/SPZ,KEMAN,{Measurement window start for knock control},7
$C89C,$D3E6
/SPW,290,1,  0., 191.25
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
699,/SPZ,KEMLN,{Measurement window length for knock control},7
$C89E,$D3F6
/SPW,290,1,  0., 191.25
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
700,/SPZ,KFABAK,{Aufteilungsfaktor Wandfilm bei BA},8
$C87C,$CEC6
/SPW,60,1,  0., 0.996094
/SPX,127,1,  0.,  0.,922
/SPY,168,1,  0.,  0.,1204
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
701,/SPZ,KFAMALU,{Characteristic field reduction factor for Lur value recognized in multiple misfires}
8
$C822,$EB1E
/SPW,60,1,  0., 0.996094
/SPX,127,1,  0.,  0.,919
/SPY,180,1,  0.,  0.,1145
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
702,/SPZ,KFANALU,{Number of burn suppressions after a recognized dropout},8
$C81E,$EA5E
/SPW,9,1,  0., 255.
/SPX,9,1,  0., 255.,589
/SPY,127,1,  0.,  0.,919
/FKX,6,0,0
/FKY,16,0,0
/ABL,0;
703,/SPZ,KFANMX,{Map for max. enrichment in knocking},8
$C896,$D0E6
/SPW,51,1,  0., 1.992188
/SPX,180,1,  0.,  0.,1145
/SPY,127,1,  0.,  0.,919
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
704,/SPZ,KFAVAK,{Distribution Factor wall film at VA},8
$C87E,$CF06
/SPW,60,1,  0., 0.996094
/SPX,127,1,  0.,  0.,922
/SPY,168,1,  0.,  0.,1204
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
705,/SPZ,KFBAKL,{Acceleration enrichment factor (K + L-component)},8
$C874,$CDC6
/SPW,52,1,  0., 15.9375
/SPX,127,1,  0.,  0.,922
/SPY,168,1,  0.,  0.,1204
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
706,/SPZ,KFBAW,{Acceleration enrichment factor Dk-share},8
$C878,$CE46
/SPW,73,1,  0., 31.875
/SPX,127,1,  0.,  0.,922
/SPY,168,1,  0.,  0.,1204
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
707,/SPZ,KFDKATI
{Index map for addressing Kat diagnosis with detection range AV active},8
$C89A,$D2E6
/SPW,9,1,  0., 255.
/SPX,127,1,  0.,  0.,919
/SPY,180,1,  0.,  0.,1146
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
708,/SPZ,KFDNLLKH,{Increase the desired idle speed when cat-heating},8
$1314C,$14078
/SPW,121,1,  0., 2550.
/SPX,280,1,  0.,  0.,1417
/SPY,168,1,  0.,  0.,1202
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
709,/SPZ,KFDQKH,{Increase air pilot control b. Kat-heating when neutral gear},8
$C8DC,$D8E6
/SPW,138,1,  0., 102.
/SPX,280,1,  0.,  0.,1417
/SPY,168,1,  0.,  0.,1202
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
710,/SPZ,KFDQKO,{Dynamic derivative action when turning on the air conditioning compressor},8
$13114,$13448
/SPW,138,1,  0., 102.
/SPX,127,1,  0.,  0.,919
/SPY,180,1,  0.,  0.,1145
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
711,/SPZ,KFDWKHT,{delta ignition angle for Kat heating in part load},8
$C8DE,$D9E6
/SPW,291,1,-191.25,  0.
/SPX,127,1,  0.,  0.,919
/SPY,180,1,  0.,  0.,1145
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
712,/SPZ,KFDWWEAC,{UEF: delta ignition angle at AC on},8
$1312A,$136F8
/SPW,291,1,-191.25,  0.
/SPX,180,1,  0.,  0.,1146
/SPY,127,1,  0.,  0.,919
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
713,/SPZ,KFDWWELL,{UEF: delta ignition angle when LL was},8
$1312C,$137F8
/SPW,291,1,-191.25,  0.
/SPX,180,1,  0.,  0.,1146
/SPY,127,1,  0.,  0.,919
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
714,/SPZ,KFDYWV,{Dynamic derivative retard},8
$13132,$13A08
/SPW,291,1,-191.25,  0.
/SPX,21,1,  0.,  0.,394
/SPY,127,1,  0.,  0.,919
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
715,/SPZ,KFDZUWE1,{UEF: Notching step width Gang0/1},8
$13124,$13638
/SPW,152,1,  0., 255.
/SPX,180,1,  0.,  0.,391
/SPY,127,1,  0.,  0.,921
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
716,/SPZ,KFDZUWE2,{UEF: Notching step width Gang2},8
$13126,$13678
/SPW,152,1,  0., 255.
/SPX,180,1,  0.,  0.,391
/SPY,127,1,  0.,  0.,921
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
717,/SPZ,KFDZUWE3,{UEF: Notching step width Gang3/4/5},8
$13128,$136B8
/SPW,152,1,  0., 255.
/SPX,180,1,  0.,  0.,391
/SPY,127,1,  0.,  0.,921
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
718,/SPZ,KFFRMIN,{lower control range},8
$C872,$CD86
/SPW,51,1,  0., 1.992188
/SPX,281,1,  0.,  0.,1416
/SPY,168,1,  0.,  0.,1204
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
719,/SPZ,KFFTV,{Weighting map for TVLRH},3
$F0B7,$FB03
/SPW,51,1,  0., 1.992188
/SPX,120,1,  0., 7650.,10
/SPY,180,1,  0., 12.24,19
/FKX,8,0,0
/FKY,8,0,0
/ABL,1;
720,/SPZ,KFFWKS,{Repeat cold start factor},8
$C8F2,$E176
/SPW,51,1,  0., 1.992188
/SPX,227,1,  0.,  0.,1321
/SPY,168,1,  0.,  0.,1202
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
721,/SPZ,KFFWNS,{Repeat start time factor},8
$C8F4,$E276
/SPW,51,1,  0., 1.992188
/SPX,227,1,  0.,  0.,1321
/SPY,168,1,  0.,  0.,1202
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
722,/SPZ,KFFWZKHL,{time weighting the firing angle in cats heating at idle},8
$C8E0,$DAE6
/SPW,60,1,  0., 0.996094
/SPX,280,1,  0.,  0.,1417
/SPY,168,1,  0.,  0.,1202
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
723,/SPZ,KFFWZKHT,{time weighting the firing angle at Kat-heating in the part-load},8
$C8E2,$DBE6
/SPW,60,1,  0., 0.996094
/SPX,280,1,  0.,  0.,1417
/SPY,168,1,  0.,  0.,1202
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
724,/SPZ,KFKEF,{Knock detection factor map},8
$13130,$13908
/SPW,95,1, 1., 9.846154
/SPX,127,1,  0.,  0.,919
/SPY,180,1,  0.,  0.,1145
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
725,/SPZ,KFKRANMX,{Map for max. Enrichment in knocking},8
$C898,$D1E6
/SPW,51,1,  0., 1.992188
/SPX,180,1,  0.,  0.,1145
/SPY,127,1,  0.,  0.,919
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
726,/SPZ,KFKSB2M,{Start factor reduction in area 2},8
$C8C4,$D6D6
/SPW,60,1,  0., 0.996094
/SPX,10,1,  0.,  0.,1418
/SPY,168,1,  0.,  0.,1202
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
727,/SPZ,KFKSWF,{Map for Cat Protection weighting factors},8
$C82C,$ED4E
/SPW,96,1,  0., 255.
/SPX,127,1,  0.,  0.,919
/SPY,180,1,  0.,  0.,1145
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
728,/SPZ,KFLAHK,{pseudo-lambda setpoint for control behind catalytic converter},8
$C86A,$CD46
/SPW,101,1, 0.92, 1.079375
/SPX,127,1,  0.,  0.,922
/SPY,180,1,  0.,  0.,1147
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
729,/SPZ,KFLDSAK,{Map Intake (charge) air correction for LDR setpoint},8
$C842,$E4B6  E594 in 607
/SPW,51,1,  0., 1.992188
/SPX,127,1,  0.,  0.,920
/SPY,171,1,  0.,  0.,1067
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
730,/SPZ,KFLDSHK,{Map height correction for LDR setpoint},8
$C840,$E476 E554 in 607
/SPW,51,1,  0., 1.992188
/SPX,127,1,  0.,  0.,920
/SPY,51,1,  0.,  0.,679
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
731,/SPZ,KFLF,{Lambda map at partial load},8
$13140,$13D48
/SPW,51,1,  0., 1.992188
/SPX,127,1,  0.,  0.,919
/SPY,180,1,  0.,  0.,1145
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
732,/SPZ,KFLURB,{map-for-running unrest-reference-base value},8
$C81C,$E95E
/SPW,104,1,  0., 131.9374
/SPX,127,1,  0.,  0.,919
/SPY,180,1,  0.,  0.,1145
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
733,/SPZ,KFLURM
{map-for-running unrest-reference value for multiple misfire detection -> lum-Comp.},8
$C824,$EC1E
/SPW,104,1,  0., 131.9374
/SPX,127,1,  0.,  0.,919
/SPY,180,1,  0.,  0.,1145
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
734,/SPZ,KFP2,{Duty cycle - change / cycle},8
$13154,$142A8
/SPW,89,1,  0., 174.3276
/SPX,9,1,  0., 255.,1049
/SPY,120,1,  0., 7650.,1048
/FKX,4,0,0
/FKY,8,0,0
/ABL,0;
735,/SPZ,KFPS,{setpoint for map-ldr},8
$C83E,$E376
/SPW,180,1,  0., 12.192
/SPX,274,1,  0.,  0.,1390
/SPY,127,1,  0.,  0.,923
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
736,/SPZ,KFQDP,{Additional air dashpot},8
$1313A,$13B38
/SPW,138,1,  0., 102.
/SPX,127,1,  0.,  0.,919
/SPY,272,1,  0.,  0.,1385
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
737,/SPZ,KFQKHT,{Air pilot control in cats heating in part load},8
$C8DA,$D8A6
/SPW,138,1,  0., 102.
/SPX,127,1,  0.,  0.,922
/SPY,272,1,  0.,  0.,1386
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
738,/SPZ,KFQLL,{Air pilot control idle / part load},8
$C8B8,$D526
/SPW,138,1,  0., 102.
/SPX,127,1,  0.,  0.,922
/SPY,168,1,  0.,  0.,1204
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
739,/SPZ,KFQNTA,{Map pilot air correction tans-dependent},8
$C8BA,$D566
/SPW,138,1,  0., 102.
/SPX,127,1,  0.,  0.,922
/SPY,171,1,  0.,  0.,1067
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
740,/SPZ,KFQSTMHA,{Air pilot control in the Start},8
$C8B4,$D4A6
/SPW,138,1,  0., 102.
/SPX,168,1,  0.,  0.,1204
/SPY,51,1,  0.,  0.,679
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
741,/SPZ,KFRI,{I - Map},3
$F0B9,$F9D2
/SPW,92,1, 0.256364, 65.37283
/SPX,120,1,  0., 7650.,10
/SPY,180,1,  0., 12.24,19
/FKX,7,0,0
/FKY,6,0,0
/ABL,1;
742,/SPZ,KFRP,{P - Map},3
$F0BB,$FA0D
/SPW,132,1,  0., 12.45117
/SPX,120,1,  0., 7650.,10
/SPY,180,1,  0., 12.24,19
/FKX,7,0,0
/FKY,6,0,0
/ABL,1;
743,/SPZ,KFRTV,{TV - Map},3
$F0BD,$FA48
/SPW,205,1,-999.936, 999.9359
/SPX,120,1, 480., 6540.,10
/SPY,180,1, 0.48, 8.016,19
/FKX,7,0,0
/FKY,6,0,0
/ABL,1;
744,/SPZ,KFSW,{dwell map},8
$F0A9,$F8C0
/SPW,290,1,  0., 191.25
/SPX,127,1,  0.,  0.,919
/SPY,259,1,  0.,  0.,1339
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
745,/SPZ,KFTATX,{characteristic map for maximum duty cycle},8
$C8EE,$DF76
/SPW,163,1,  0., 99.60938
/SPX,127,1,  0.,  0.,919
/SPY,272,1,  0.,  0.,1394
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
746,/SPZ,KFTEFMA,{target fuel regeneration rage},8
$C8EA,$DD76
/SPW,51,1,  0., 1.992188
/SPX,127,1,  0.,  0.,919
/SPY,180,1,  0.,  0.,1145
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
747,/SPZ,KFTEVG,{Duty ratio map tank venting valve},8
$C8F0,$E076
/SPW,163,1,  0., 99.60938
/SPX,127,1,  0.,  0.,919
/SPY,272,1,  0.,  0.,1394
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
748,/SPZ,KFTLSAL,{Load threshold achieving thrust detection for suppression of Misfire detection}
8
$C820,$EABE
/SPW,180,1,  0., 12.24
/SPX,9,1,  0., 255.,589
/SPY,127,1,  0.,  0.,919
/FKX,6,0,0
/FKY,16,0,0
/ABL,0;
749,/SPZ,KFTLWB,{TLW-map from DK-angle correction including bypass},8
$1314A,$13F78
/SPW,180,1,  0., 12.24
/SPX,127,1,  0.,  0.,919
/SPY,272,1,  0.,  0.,1394
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
750,/SPZ,KFTVH,{Duty factor correction in the height LDR},8
$C846,$E5F6
/SPW,75,1,  0., 99.60938
/SPX,127,1,  0.,  0.,923
/SPY,51,1,  0.,  0.,678
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
751,/SPZ,KFTVTA,{intake air temperature correction of ldr duty cycle},8
$C848,$E6F6
/SPW,75,1,  0., 99.60938
/SPX,127,1,  0.,  0.,923
/SPY,171,1,  0.,  0.,1066
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
752,/SPZ,KFTVVSLDR,{Duty cycle pilot control for LDR (tcv max duty cycle)},8
$C844,$E4F6
/SPW,75,1,  0., 99.60938
/SPX,274,1,  0.,  0.,1390
/SPY,127,1,  0.,  0.,923
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
753,/SPZ,KFVAKL,{deceleration leaning factor (K+L-component)},8
$C876,$CE06
/SPW,52,1,  0., 15.9375
/SPX,127,1,  0.,  0.,922
/SPY,168,1,  0.,  0.,1204
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
754,/SPZ,KFVAW,{Faktor Verzögerungsabmagerung Dk-Anteil},8
$C87A,$CE86
/SPW,73,1,  0., 31.875
/SPX,127,1,  0.,  0.,922
/SPY,168,1,  0.,  0.,1204
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
755,/SPZ,KFVOVG,{Map for flow through the open TEV},8
$C8EC,$DE76
/SPW,271,1,  0., 6.63
/SPX,127,1,  0.,  0.,919
/SPY,272,1,  0.,  0.,1394
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
756,/SPZ,KFWDKV,{Virtual throttle angle from bypass correction},8
$13148,$13E78
/SPW,272,1,  0., 95.83334
/SPX,272,1,  0.,  0.,1385
/SPY,138,1,  0.,  0.,976
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
757,/SPZ,KFWEB,{Characteristic field angle of injection},8
$13112,$14178
/SPW,278,1,-2., 574.
/SPX,127,1,  0.,  0.,919
/SPY,176,1,  0.,  0.,1130
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
758,/SPZ,KFWL,{WL warmup - map},8
$C8E4,$DCE6
/SPW,60,1,  0., 0.996094
/SPX,127,1,  0.,  0.,922
/SPY,180,1,  0.,  0.,1147
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
759,/SPZ,KFWLL,{WL warmup map at idle},8
$C8E6,$DD26
/SPW,60,1,  0., 0.996094
/SPX,127,1,  0.,  0.,922
/SPY,180,1,  0.,  0.,1147
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
760,/SPZ,KFWSTMHA,{ignition at start},8
$C8B6,$D4E6
/SPW,289,1,-22.5, 75.
/SPX,168,1,  0.,  0.,1204
/SPY,51,1,  0.,  0.,679
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
761,/SPZ,KFWWDKHH,{Weighting of ignition and control air for Kat Heating},8
$C8D8,$D866
/SPW,60,1,  0., 0.996094
/SPX,51,1,  0.,  0.,679
/SPY,272,1,  0.,  0.,1386
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
762,/SPZ,KFZGE,{Ignition timing map for gear engagement},5
$13348,$13348
/SPW,291,1,-45.,  0.
/SPX,87,1, 1., 3.,55
/SPY,126,1,  0., 7.,56
/FKX,3,0,1
/FKY,8,0,0
/ABL,0;
763,/SPZ,KFZUWE1,{UEF: Dwell step width Gang0/1},8
$1311E,$13578
/SPW,152,1,  0., 255.
/SPX,180,1,  0.,  0.,391
/SPY,127,1,  0.,  0.,921
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
764,/SPZ,KFZUWE2,{UEF: Dwell step width Gang2},8
$13120,$135B8
/SPW,152,1,  0., 255.
/SPX,180,1,  0.,  0.,391
/SPY,127,1,  0.,  0.,921
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
765,/SPZ,KFZUWE3,{UEF: Dwell step width Gang3/4/5},8
$13122,$135F8
/SPW,152,1,  0., 255.
/SPX,180,1,  0.,  0.,391
/SPY,127,1,  0.,  0.,921
/FKX,8,0,0
/FKY,8,0,0
/ABL,0;
766,/SPZ,KFZW,{timing map},8
$1313C,$13C38
/SPW,289,1,-22.5, 75.
/SPX,127,1,  0.,  0.,919
/SPY,180,1,  0.,  0.,1145
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
767,/SPZ,KFZWE,{Re-use timing map},8
$C8C2,$D5D6
/SPW,291,1,-191.25,  0.
/SPX,127,1,  0.,  0.,919
/SPY,168,1,  0.,  0.,1202
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
768,/SPZ,KHEZU,{max. number of ignitions after start for ending catalst heating},1
$F1AB,$F1AB
/SPW,280,1,  0., 10200.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
769,/SPZ,KHTABG,{correction factor of the heating resistor for the exhaust gas temperature change},1
$C91B,$C91B
/SPW,136,1,  0.,0.0897979
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
770,/SPZ,KHUB,{correction factor of the heating resistor for battery voltage change},1
$C91A,$C91A
/SPW,137,1,  0., 5.1
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
771,/SPZ,KLDKTML,{correction curve =f(ML) für AVKAT},2
$13166,$14310
/SPW,60,1,  0., 0.996094
/SPX,106,1,  0., 408.,8
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,1;
772,/SPZ,KLDKTTV,{Korrekturkennlinie = f(TVLR) für AVKAT},2
$13168,$1431A
/SPW,60,1,  0., 0.996094
/SPX,192,1,  0., 3.03552,16
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,1;
773,/SPZ,KLLARHF
{Weighting factor P component LHK, effective for richer probe voltage Diff. behind cat},2
$F0B1,$FADF
/SPW,60,1,  0., 0.996094
/SPX,14,1,  0., 0.159375,2
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,1;
774,/SPZ,KLLARHM
{Weighting factor P component LHK, effective for leaner probe voltage Diff. behind cat},2
$F0B3,$FAE9
/SPW,60,1,  0., 0.996094
/SPX,14,1,  0., 0.159375,2
/SPY,0,0,  0.,  0.,0
/FKX,6,0,0
/FKY,0,0,0
/ABL,1;
775,/SPZ,KLUSLA,{Setpoint for linearized probe voltage in regulation after catalyst},2
$F0AF,$FACD
/SPW,101,1, 0.92, 1.079375
/SPX,269,1,-0.177225, 1.072775,27
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,1;
776,/SPZ,KLWF,{Fuel wall film},4
$132E5,$132E5
/SPW,277,1,  0., 783.36
/SPX,185,1,  0., 12.288,21
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
777,/SPZ,KLZWL,{Ignition angle characteristic curve at idle},7
$1313E,$13D38
/SPW,289,1,-22.5, 75.
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
778,/SPZ,KNLL,{Factor setpoint speed tracking},1
$131BE,$131BE
/SPW,60,1,  0., 0.996094
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
779,/SPZ,KONFIG,{Hardware-Konfiguration},1
$C8FC,$C8FC
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
780,/SPZ,KRAFRS,{Factor for reducing the step width at KRA},1
$F235,$F235
/SPW,59,1, 0.390625E-2, 1.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
781,/SPZ,KRAL1,{Knock control range load adaptation, support location 1},4
$F233,$F233
/SPW,180,1,  0., 9.984
/SPX,9,1,  0., 1.,6
/SPY,0,0,  0.,  0.,0
/FKX,2,0,0
/FKY,0,0,0
/ABL,0;
782,/SPZ,KRALH,{knock regular adaptation load hysterese},1
$F232,$F232
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
783,/SPZ,KRAN1,{Knock control adaptation speed range, supporting point 1},4
$F22E,$F22E
/SPW,120,1,  0., 6000.
/SPX,9,1,  0., 3.,6
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,0;
784,/SPZ,KRANH,{knock regular adaptation speed hysteresis},1
$F22D,$F22D
/SPW,120,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
785,/SPZ,KRFKN,{late adjustment per knock event},7
$C8A4,$D426
/SPW,291,1,-191.25,  0.
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
786,/SPZ,KRFTP1,{Low-pass behavior normal},1
$F221,$F221
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
787,/SPZ,KRFTP3,{low-pass behavior with dynamic load},1
$F238,$F238
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
788,/SPZ,KRIMX,{absolute knock detection threshold},1
$F220,$F220
/SPW,258,1,  0., 4980.469
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
789,/SPZ,KRMXN,{maximum retard},7
$C8A2,$D416
/SPW,291,1,-191.25,  0.
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
790,/SPZ,KRVFN1,{number of firings per one increment early adjustment},7
$C8A6,$D436
/SPW,9,1,  0., 255.
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
791,/SPZ,KRVFN2
{KR-no. Ignition. of Frühverst. to Frühverst. at steady-KR-adaptation},7
$C8A8,$D446
/SPW,9,1,  0., 255.
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
792,/SPZ,KRVST,{Increase after start},1
$F228,$F228
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
793,/SPZ,KSTAI,{Work areas for STADAP factors},7
$F0C1,$FA83
/SPW,9,1,  0., 255.
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
794,/SPZ,KSTAMXI,{Max-Begrenzung des STADAP-Faktors},13
$13366,$13366
/SPW,51,1,  0., 1.992188
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,3,0,0
/FKY,0,0,0
/ABL,0;
795,/SPZ,KVB,{Constant for consumption display},1
$C9E4,$C9E4
/SPW,98,2,  0., 52.08254
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
796,/SPZ,LAAFVMN,{Minimale Lambda-Amplitude (gefiltert) vor Kat für gültiges AV},1
$F123,$F123
/SPW,268,1,  0., 1.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
797,/SPZ,LDAAV,{Error -> Lamp: Valve active carbon filter (Funktion)},1
$F2E6,$F2E6
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
798,/SPZ,LDAAVE,{Error -> Lamp: Valve active carbon filter (Endstufe)},1
$F2E7,$F2E7
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
799,/SPZ,LDAGRF,{Error -> Lamp: Überwachung EGR-FLOW},1
$F2E2,$F2E2
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
800,/SPZ,LDASE,{Error -> Lamp:	Misfire detection, Summe (multiple), emission-relevant},1
$F2D0,$F2D0
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
801,/SPZ,LDASE1,{Error -> Lamp:	Misfire detection CYL. 1, emission-relevant},1
$F2D1,$F2D1
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
802,/SPZ,LDASE2,{Error -> Lamp:	Misfire detection CYL. 2, emission-relevant},1
$F2D2,$F2D2
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
803,/SPZ,LDASE3,{Error -> Lamp:	Misfire detection CYL. 3, emission-relevant},1
$F2D5,$F2D5
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
804,/SPZ,LDASE4,{Error -> Lamp:	Misfire detection CYL. 4, emission-relevant},1
$F2D3,$F2D3
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
805,/SPZ,LDASE5,{Error -> Lamp:	Misfire detection CYL. 5, emission-relevant},1
$F2D4,$F2D4
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
806,/SPZ,LDASK,{Error -> Lamp:	Misfire detection, Summe (multiple), catalyst-damaging},1
$F2D6,$F2D6
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
807,/SPZ,LDASK1,{Error -> Lamp:	Misfire detection CYL. 1, catalyst-damaging},1
$F2D7,$F2D7
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
808,/SPZ,LDASK2,{Error -> Lamp:	Misfire detection CYL. 2, catalyst-damaging},1
$F2D8,$F2D8
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
809,/SPZ,LDASK3,{Error -> Lamp:	Misfire detection CYL. 3, catalyst-damaging},1
$F2DB,$F2DB
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
810,/SPZ,LDASK4,{Error -> Lamp:	Misfire detection CYL. 4, catalyst-damaging},1
$F2D9,$F2D9
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
811,/SPZ,LDASK5,{Error -> Lamp:	Misfire detection CYL. 5, catalyst-damaging},1
$F2DA,$F2DA
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
812,/SPZ,LDBAA,{Error -> Lamp:	Bedarfsadaption am Anschlag},1
$F309,$F309
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
813,/SPZ,LDBM,{Error -> Lamp:	Bezugsmarkengeber},1
$F2EE,$F2EE
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
814,/SPZ,LDCGE,{Error -> Lamp: CAN-Interface, Timeout EGS},1
$F30D,$F30D
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
815,/SPZ,LDCIF,{Error -> Lamp: CAN-Interface, interner Fehler},1
$F308,$F308
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
816,/SPZ,LDDF,{Error -> Lamp: pressure sensor},1
$F314,$F314
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
817,/SPZ,LDDK,{Error -> Lamp:	DK - Potentiometer},1
$F2F1,$F2F1
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
818,/SPZ,LDDPL,{Error -> Lamp:	Dauerplus},1
$F2EC,$F2EC
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
819,/SPZ,LDDST,{Error -> Lamp: Drucksensor Tank},1
$F2E9,$F2E9
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
820,/SPZ,LDDTV,{Error -> Lamp:	LR-adaptation ti-additive},1
$F2CD,$F2CD
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
821,/SPZ,LDEGA,{Error -> Lamp:	unbekannter Endstufen - Fehler	(Endstufengruppe A)},1
$F2FF,$F2FF
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
822,/SPZ,LDEGB,{Error -> Lamp:	unbekannter Endstufen - Fehler	(Endstufengruppe B)},1
$F300,$F300
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
823,/SPZ,LDEGC,{Error -> Lamp:	unbekannter Endstufen - Fehler	(Endstufengruppe C)},1
$F301,$F301
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
824,/SPZ,LDEGD,{Error -> Lamp:	unbekannter Endstufen - Fehler	(Endstufengruppe D)},1
$F302,$F302
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
825,/SPZ,LDEGE,{Error -> Lamp:	unbekannter Endstufen - Fehler	(Endstufengruppe E)},1
$F303,$F303
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
826,/SPZ,LDEGF,{Error -> Lamp: unknown output stage - error (output stage F)},1
$F304,$F304
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
827,/SPZ,LDEV1,{Error -> Lamp:	EV of Cyl. 1},1
$F2F6,$F2F6
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
828,/SPZ,LDEV2,{Error -> Lamp:	EV of Cyl. 2},1
$F2F7,$F2F7
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
829,/SPZ,LDEV3,{Error -> Lamp:	EV of Cyl. 3},1
$F2F8,$F2F8
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
830,/SPZ,LDEV4,{Error -> Lamp:	EV of Cyl. 4},1
$F2F9,$F2F9
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
831,/SPZ,LDEV5,{Error -> Lamp:	EV of Cyl. 5},1
$F2FA,$F2FA
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
832,/SPZ,LDFRA,{Error -> Lamp:	LR-adaptation multiplikativ},1
$F2CB,$F2CB
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
833,/SPZ,LDHSH,{Error -> Lamp:	Lambda probe heating behind catalytic converter},1
$F2C7,$F2C7
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
834,/SPZ,LDHSV,{Error -> Lamp: Oxygen sensor heating before catalytic converter},1
$F2C6,$F2C6
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
835,/SPZ,LDKAT,{Error -> Lamp:	Catalyst Conversion},1
$F2CF,$F2CF
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
836,/SPZ,LDKRT,{Error -> Lamp:	Knock Control Test Pulse},1
$F307,$F307
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
837,/SPZ,LDKS1,{Error -> Lamp:	knock sensor 1},1
$F305,$F305
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
838,/SPZ,LDKS2,{Error -> Lamp:	knock sensor 2},1
$F306,$F306
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
839,/SPZ,LDLASH,{Error -> Lamp:	Lambda probe aging behind cat},1
$F2CA,$F2CA
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
840,/SPZ,LDLATP,{Error -> Lamp:	Lambda probe aging TP},1
$F2C8,$F2C8
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
841,/SPZ,LDLATV,{Error -> Lamp:	Lambda probe aging TV},1
$F2C9,$F2C9
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
842,/SPZ,LDLDAB,{Error -> Lamp: Boost pressure reduction},1
$F30A,$F30A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
843,/SPZ,LDLDE,{Error -> Lamp: Boost pressure control valve (Endstufe)},1
$F2FE,$F2FE
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
844,/SPZ,LDLDO,{Error -> Lamp: Boost pressure characteristic; exceeded upper value},1
$F30B,$F30B
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
845,/SPZ,LDLDRA,{Error -> Lamp:	Charge pressure deviation},1
$F30C,$F30C
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
846,/SPZ,LDLE,{Error -> Lamp: load sensing},1
$F315,$F315
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
847,/SPZ,LDLM,{Error -> Lamp:	LMM/HLM/HFM},1
$F2F0,$F2F0
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
848,/SPZ,LDLSH,{Error -> Lamp:	Lambda-Sonde behind cat},1
$F2C5,$F2C5
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
849,/SPZ,LDLSV,{Error -> Lamp:	Lambda-Sonde vor Kat},1
$F2C4,$F2C4
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
850,/SPZ,LDLUEA,{Error -> Lamp:	Endstufe Lüfter A},1
$F311,$F311
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
851,/SPZ,LDMFA,{Error -> Lamp: MIL-fremdbestimmt},1
$F2CE,$F2CE
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
852,/SPZ,LDMFB,{Error -> Lamp: MIL-request - Leitung},1
$F2FB,$F2FB
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
853,/SPZ,LDN,{Error -> Lamp:	Speed ??signal generator},1
$F2ED,$F2ED
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
854,/SPZ,LDNO,{Error -> Lamp:	kein Fehler erkannt},1
$F2C3,$F2C3
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
855,/SPZ,LDPAC,{Error -> Lamp:	Druck in Klimasystem},1
$F2F5,$F2F5
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
856,/SPZ,LDPH,{Error -> Lamp: Phasensensor},1
$F2EF,$F2EF
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
857,/SPZ,LDRIV,{Stützstellenabstand |Psoll - Pist| für KFP2 und KFP3},1
$1320C,$1320C
/SPW,60,1,  0., 0.996094
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
858,/SPZ,LDSGROM,{Error -> Lamp: control unit defective (ROM)},1
$F2EA,$F2EA
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
859,/SPZ,LDSLP,{Error -> Lamp:	Secondary Air Pump},1
$F2DE,$F2DE
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
860,/SPZ,LDSLPE,{Error -> Lamp: Secondary Air Pump (output stage)},1
$F2E0,$F2E0
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
861,/SPZ,LDSLS,{Error -> Lamp: Secondary Air System},1
$F2DD,$F2DD
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
862,/SPZ,LDSLV,{Error -> Lamp:	Secondary Air Valve},1
$F2DF,$F2DF
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
863,/SPZ,LDSLVE,{Error -> Lamp:	Secondary Air Valve (Endstufe)},1
$F2E1,$F2E1
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
864,/SPZ,LDSWE,{Error -> Lamp:	Acceleration sensor for rough road detection},1
$F2DC,$F2DC
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
865,/SPZ,LDTA,{Error -> Lamp:	TANS},1
$F312,$F312
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
866,/SPZ,LDTES,{Error -> Lamp: tank venting system},1
$F2E5,$F2E5
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
867,/SPZ,LDTESF,{Error -> Lamp: tank venting system fine leak},1
$F2E3,$F2E3
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
868,/SPZ,LDTESG,{Error -> Lamp:	tank venting system gross leak},1
$F2E4,$F2E4
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
869,/SPZ,LDTEVE,{Error -> Lamp:	tank venting valve Endstufe},1
$F2E8,$F2E8
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
870,/SPZ,LDTM,{Error -> Lamp: TMOT},1
$F2F3,$F2F3
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
871,/SPZ,LDTMUM,{Error -> Lamp: TMOT-changeover},1
$F30E,$F30E
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
872,/SPZ,LDTRA,{Error -> Lamp:	LR-adaptation QL-additiv},1
$F2CC,$F2CC
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
873,/SPZ,LDTX,{Error -> Lamp:	Temperature EBOX},1
$F2F4,$F2F4
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
874,/SPZ,LDTX1S,{Error -> Lamp: Temperature EBOX  1. Schwelle},1
$F30F,$F30F
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
875,/SPZ,LDTX2S,{Error -> Lamp: Temperature EBOX  2. Schwelle},1
$F310,$F310
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
876,/SPZ,LDUB,{Error -> Lamp:	UB},1
$F2EB,$F2EB
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
877,/SPZ,LDVFZ,{Error -> Lamp:	Vehicle speed},1
$F2F2,$F2F2
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
878,/SPZ,LDWFS,{Error -> Lamp: immobilizer},1
$F313,$F313
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
879,/SPZ,LDZO,{Error -> Lamp: Opened idle adjuster},1
$F2FC,$F2FC
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
880,/SPZ,LDZS,{Error -> Lamp: Close idle adjuster},1
$F2FD,$F2FD
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
881,/SPZ,LISTM,{Value of the idle integrator in the Start},7
$F0A7,$F8B0
/SPW,91,1,-51.2, 50.8
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
882,/SPZ,LLDKTZ,{Sperrzeit für Übergang LL -> TL und TL -> LL  für DKAT},1
$F125,$F125
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
883,/SPZ,LURKTM,{Tmot-abhängiger Laufunruhe-Referenz-Korrekturwert},7
$C826,$ED1E
/SPW,104,1,  0., 131.9374
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
884,/SPZ,LURMINN,{Drehzahlabh. Laufunruhe-Referenz-Minimalwert},7
$C82A,$ED3E
/SPW,104,1,  0., 131.9374
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
885,/SPZ,MESTTE,{Injection model From the Start},4
$C9EC,$C9EC
/SPW,9,1,  0., 255.
/SPX,178,1,  0., 92.16,44
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
886,/SPZ,MLDLLWK,{mL-Schwelle für HFM-Error Detection Leerlauf},4
$CA73,$CA73
/SPW,106,1,  0., 408.
/SPX,273,1,  0., 106.6667,49
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
887,/SPZ,MLDMN,{HLM/HFM - Error Detection; Minimalwert},1
$F18B,$F18B
/SPW,106,1,  0., 408.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
888,/SPZ,MLDMX,{HLM/HFM - Error Detection; Maximalwert},1
$F18C,$F18C
/SPW,106,1,  0., 408.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
889,/SPZ,MLLRH,{Air mass threshold for closing readiness scheme behind cat},1
$F0EC,$F0EC
/SPW,117,1,  0., 227.3698
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
890,/SPZ,MLO1,{upper air flow threshold range 1},1
$F20C,$F20C
/SPW,106,1, 16., 385.6
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
891,/SPZ,MLO3,{upper air flow threshold range 3},1
$F20E,$F20E
/SPW,106,1,  0., 408.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
892,/SPZ,MLU2,{lower air flow rate threshold range 2},1
$F20D,$F20D
/SPW,106,1, 16., 385.6
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
893,/SPZ,NDBVLE,{Drehzahlschwelle für Bed. VL-Ersatzwert bei DK-Fehler},1
$F21A,$F21A
/SPW,120,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
894,/SPZ,NDKS,{speed threshold for KS},1
$F229,$F229
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
895,/SPZ,NDLDRA,{Drehzahlschwelle für Dia LDR - Regelabweichung},1
$1320F,$1320F
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
896,/SPZ,NDLE,{Speed threshold diagnostic load sensing},1
$C9E9,$C9E9
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
897,/SPZ,NDLMLL,{Drehzahlschwelle für HFM-Error Detection Leerlauf},1
$F18F,$F18F
/SPW,121,1,  0., 2550.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
898,/SPZ,NDLMMN,{Speed threshold for diagnosis LMM / HLM / HFM - minimum value},1
$F18D,$F18D
/SPW,121,1,  0., 2550.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
899,/SPZ,NDLMMX,{DSpeed threshold for diagnosis LMM / HLM / HFM - maximum value},1
$F18E,$F18E
/SPW,120,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
900,/SPZ,NDSU,{Differential rotational speed for Integrator Reset},1
$131B9,$131B9
/SPW,121,1,  0., 2550.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
901,/SPZ,NDV,{fault detection speed signal / speed threshold minimum},1
$C9C8,$C9C8
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
902,/SPZ,NEKP,{Speed ??threshold for frequency switching EKP relay},1
$C976,$C976
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
903,/SPZ,NFLX,{maximum tracking speed},1
$131BB,$131BB
/SPW,121,1,  0., 2550.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
904,/SPZ,NFSM,{Solldrehzahl Fahrstufenschalter ein},7
$C8AC,$D466
/SPW,121,1,  0., 2550.
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
905,/SPZ,NGBM,{Speed threshold for error detection in BM outside the measurement window},1
$F188,$F188
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
906,/SPZ,NGWE,{Speed gradient at WE},1
$F1C8,$F1C8
/SPW,125,1,  0., 80645.16
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
907,/SPZ,NLF,{Speed threshold for motor fan control},1
$C90B,$C90B
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
908,/SPZ,NLLM,{Target rotational speed},7
$C8AE,$D476
/SPW,121,1,  0., 2550.
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
909,/SPZ,NLLMX,{upper threshold for n-ll-recognition in the running smoothness calculation},1
$F249,$F249
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
910,/SPZ,NLRHO,{upper engine speed limit for control behind Kat},1
$F0EA,$F0EA
/SPW,120,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
911,/SPZ,NLRHU,{lower engine speed limit for control behind Kat},1
$F0E9,$F0E9
/SPW,120,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
912,/SPZ,NLRSHB
{Speed threshold, turning off LR in thrust and in conjunction with LL TLLRSHB},1
$F0F7,$F0F7
/SPW,120,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
913,/SPZ,NMAX,{Speed limit},1
$F1D2,$F1D2
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
914,/SPZ,NMAXD,{Permanent speed limit},1
$F1D4,$F1D4
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
915,/SPZ,NMAXRS,{Reset - Schwelle Drehzahlbegrenzung},1
$F1D5,$F1D5
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
916,/SPZ,NMFB,{MIL fremdbestimmt; Drehzahlschwelle für Ende der Funktionsprüfung},1
$F26B,$F26B
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
917,/SPZ,NMIALUG,{Min. Drehzahl für Ausblendung der Misfire detection, Gangabhängig},4
$1333A,$1333A
/SPW,127,1,  0., 7650.
/SPX,9,1,  0., 5.,6
/SPY,0,0,  0.,  0.,0
/FKX,6,0,0
/FKY,0,0,0
/ABL,0;
918,/SPZ,NMIZAD,{Minimum rotational speed for adaptation of toothed disc},1
$F23C,$F23C
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
919,/SPZ,NMOTGR1,{Drehzahlstützstellen (NMOT) Gruppe 1},6
$F08F,$F84E
/SPW,0,0,  0.,  0.
/SPX,127,1,  0., 7650.,15
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
920,/SPZ,NMOTGR28S,{Drehzahlstützstellen (NMOT) Gruppe 2 (8 Stützstellen)},6
$F093,$F86C
/SPW,0,0,  0.,  0.
/SPX,127,1,  0., 7650.,15
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,2;
921,/SPZ,NMOTGR38S,{Drehzahlstützstellen (NMOT) Gruppe 3 (8 Stützstellen)},6
$F095,$F877
/SPW,0,0,  0.,  0.
/SPX,127,1,  0., 7650.,15
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,2;
922,/SPZ,NMOTGR8S,{Drehzahlstützstellen},6
$F091,$F861
/SPW,0,0,  0.,  0.
/SPX,127,1,  0., 7650.,15
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,2;
923,/SPZ,NMOTGR_LMR,{Speed reference points for LMR-maps},6
$C83A,$CC64
/SPW,0,0,  0.,  0.
/SPX,127,1,  0., 7650.,15
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
924,/SPZ,NMXALU,{Max. Drehzahl für Ausblendung der Misfire detection},1
$F24E,$F24E
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
925,/SPZ,NMXZAD,{Maximum speed for adaptation of toothed disc},1
$F23D,$F23D
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
926,/SPZ,NNST,{Drehzahlübergang Normal -> Start},1
$C92A,$C92A
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
927,/SPZ,NO1,{upper engine speed threshold range 1},1
$F20F,$F20F
/SPW,120,1, 390., 6000.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
928,/SPZ,NOBS,{Speed threshold for overboost start},1
$C9B8,$C9B8
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
929,/SPZ,NOLRA,{Code Word for adaptation enable},1
$F20B,$F20B
/SPW,9,1,  0., 7.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
930,/SPZ,NRVL,{n-threshold for LR-off at full load},1
$F0F3,$F0F3
/SPW,120,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
931,/SPZ,NSAC,{Solldrehzahl bei Klimaanlage ein (S_AC = 1)},1
$131BA,$131BA
/SPW,121,1,  0., 2550.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
932,/SPZ,NSADPG,{SAS-Drehzahl bei Diagnose LLS-Fehler bei pos. n-Gradient},1
$F1C4,$F1C4
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
933,/SPZ,NSADPGD,{SAS Drehzahl bei Diagnose LLS-Fehler bei pos. n-Gradient in 'Drive'},1
$F1C5,$F1C5
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
934,/SPZ,NSTAMXHA,{Höhenabhängige Drehzahlschwelle für STADAP aktiv},7
$C88E,$D0A6
/SPW,121,1,  0., 2550.
/SPX,51,1,  0.,  0.,678
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
935,/SPZ,NSTL,{LLR Startende Drehzahl},1
$131B8,$131B8
/SPW,121,1,  0., 2550.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
936,/SPZ,NSTNM,{Übergang Start -> Normal},4
$CA2F,$CA2F
/SPW,127,1,  0., 7650.
/SPX,169,1,-80., 176.,23
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
937,/SPZ,NTPKTO,{upper speed threshold for short-period test},1
$F1EA,$F1EA
/SPW,120,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
938,/SPZ,NTPKTU,{lower speed threshold for short-period test},1
$F1E9,$F1E9
/SPW,120,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
939,/SPZ,NTPVKO,{upper speed threshold for monitoring period before cat},1
$F1E8,$F1E8
/SPW,120,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
940,/SPZ,NTPVKU,{lower speed threshold for monitoring period before cat},1
$F1E7,$F1E7
/SPW,120,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
941,/SPZ,NU3,{lower speed threshold range 3},1
$F210,$F210
/SPW,120,1, 390., 6000.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
942,/SPZ,NUB,{Drehzahl bei UBATT min},1
$131B6,$131B6
/SPW,121,1,  0., 2550.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
943,/SPZ,NUBS,{UBATT-Schwelle für Solldrehzahl NUB},1
$131B7,$131B7
/SPW,259,1,  0., 17.53699
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
944,/SPZ,NWEDNG,{SWE-Drehzahl bei Diagnose LLS-Fehler bei neg. n-Gradient},1
$F1C6,$F1C6
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
945,/SPZ,NWEDNGD,{SWE-Drehzahl bei Diagnose LLS-Fehler bei neg. n-Gradient in 'Drive'},1
$F1C7,$F1C7
/SPW,127,1,  0., 7650.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
946,/SPZ,NWEM,{Resume engine speed},7
$C8C0,$D5C6
/SPW,120,1,  0., 7650.
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
947,/SPZ,NWENG,{Resume engine speed},4
$CA51,$CA51
/SPW,127,1,  0., 7650.
/SPX,125,1,  0., 80645.16,14
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
948,/SPZ,PACDE,{substitute value pressure in the climate system in case of failure},1
$C97F,$C97F
/SPW,1,1,-175.9825, 3275.983
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
949,/SPZ,PACDMN,{minimum pressure in the climate system},1
$C97A,$C97A
/SPW,1,1,-175.9825, 3275.983
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
950,/SPZ,PACDMX,{maximum pressure in the climate system},1
$C979,$C979
/SPW,1,1,-175.9825, 3275.983
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
951,/SPZ,PACLFO,{upper pressure threshold for AC motor fan control},1
$C90E,$C90E
/SPW,1,1,-175.9825, 3275.983
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
952,/SPZ,PACLFU,{lower pressure threshold for AC motor fan control},1
$C90D,$C90D
/SPW,1,1,-175.9825, 3275.983
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
953,/SPZ,PACREL,{AC pressure threshold for switching off AC relay},1
$C94D,$C94D
/SPW,1,1,-175.9825, 3275.983
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
954,/SPZ,PISTBG,{Begr. Pist},1
$C9BB,$C9BB
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
955,/SPZ,PLDRN,{P - Anteil Ladedruckregler},7
$1315A,$142D8
/SPW,9,1,  0., 255.
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
956,/SPZ,PLRHAV,{Wichtungsfaktor des P-Anteils in der LRHK über KAT-Alterung},4
$F7DB,$F7DB
/SPW,141,1,  0., 3035.52
/SPX,79,1,  0., 1.,30
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
957,/SPZ,PSLDMX,{LDR reference limit at high engine temperature},1
$C9BC,$C9BC
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
958,/SPZ,PSMX,{Maximum value of the A at TMOT> TMLD},1
$C9B7,$C9B7
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
959,/SPZ,PSOLKR,{Threshold sum Spätverst for LDA},8
$C850,$E7FE
/SPW,291,1,-191.25,  0.
/SPX,127,1,  0.,  0.,919
/SPY,180,1,  0.,  0.,1145
/FKX,16,0,0
/FKY,16,0,0
/ABL,0;
960,/SPZ,PSOLSL,{Time per charge pressure increase by 1 incr.},7
$C858,$E916 E9F4 in 607
/SPW,143,1,  0., 18.21312
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
961,/SPZ,PSOLSP,{Waiting time between 2 normal LD - subsidence},7
$C856,$E90E
/SPW,143,1,  0., 18.21312
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
962,/SPZ,PTEDE,{Druckschwelle für Tankdruck eingeschwungen},1
$C997,$C997
/SPW,231,1,  0., 31.75
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
963,/SPZ,PTEDOZ,{Druckschwelle für Überwachung oszillierender Drucksensor},1
$C983,$C983
/SPW,231,1,  0., 31.75
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
964,/SPZ,QACB,{Luftvorsteuerung für Klimabereitschaft},1
$13227,$13227
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
965,/SPZ,QDBLLE,{Luftmengenschwelle für BEd. LL-Ersatzwert bei DK-Fehler},1
$F217,$F217
/SPW,135,1,  0., 408.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
966,/SPZ,QDBLLEA,{Q-Luft-Schwelle Erkennung LL bei Automatic-Fz},1
$F21B,$F21B
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
967,/SPZ,QDBLLEH,{Q-Luft-Schwelle Erkennung LL bei Handschalt-Fz},1
$F21C,$F21C
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
968,/SPZ,QDPUELL,{Schwelle Dashpotluft für UELLTL aktiv},1
$131B3,$131B3
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
969,/SPZ,QFSM,{Luftmenge bei eingelegter Fahrstufe},4
$CB12,$CB12
/SPW,138,1,  0., 102.
/SPX,169,1,-80., 176.,23
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
970,/SPZ,QFSMV,{Luftbedarf bei eingelegter Fahrstufe und Geschwindigkeit},4
$CB23,$CB23
/SPW,138,1,  0., 102.
/SPX,169,1,-80., 176.,23
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
971,/SPZ,QKHLLN,{Luftvorsteuerung bei Kat-Heizen im Leerlauf},7
$C8CE,$D816
/SPW,138,1,  0., 102.
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
972,/SPZ,QKOP,{Luftvorsteuerung bei Klimakomressor ein abh. von AC-Druck},4
$132D4,$132D4
/SPW,138,1,  0., 102.
/SPX,2,1,-175.9825, 3289.52,53
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
973,/SPZ,QLF,{Zusatzluft bei eingeschaltetem Lüfter},1
$C936,$C936
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
974,/SPZ,QLLDK,{Air flow through throttle at idle},1
$F1A1,$F1A1
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
975,/SPZ,QLLHN,{Masse Leerlaufluft bei hoher Drehzahl (n>4800 U/min)},1
$C938,$C938
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
976,/SPZ,QLLSGR,{Luftmassenstromstützstellen über Bypasssteller},6
$13102,$133A8
/SPW,0,0,  0.,  0.
/SPX,138,1,  0., 102.,41
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
977,/SPZ,QLRHKPO,{upper air mass limit for P-component system behind Kat},1
$F0EE,$F0EE
/SPW,106,1,  0., 408.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
978,/SPZ,QMIN,{Minimale Solluft},1
$F1DB,$F1DB
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
979,/SPZ,QSAHN,{Thrust air mass at high speed (n>4800 U/min)},1
$C937,$C937
/SPW,138,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
980,/SPZ,QSTEDMX,{Maximale Solluft-Schwelle für Tank vent diagnosis},1
$C9A0,$C9A0
/SPW,113,1,  0., 102.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
981,/SPZ,QSTN,{Luftmenge Vorsteuerung beim Start},4
$CAF0,$CAF0
/SPW,138,1,  0., 102.
/SPX,124,1,  0., 7680.,12
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
982,/SPZ,REFINI,{Starting value at reference level-active knock control},1
$F224,$F224
/SPW,258,1,  0., 4980.469
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
983,/SPZ,RHSOH,{upper threshold diagnosis sensor heater resistance before cat},1
$C913,$C913
/SPW,140,1,  0., 91.953
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
984,/SPZ,RHSOV,{upper threshold diagnosis sensor heater resistance before cat},1
$C912,$C912
/SPW,140,1,  0., 91.953
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
985,/SPZ,RHSUH,{lower threshold diagnosis sensor heater resistance before cat},1
$C915,$C915
/SPW,140,1,  0., 91.953
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
986,/SPZ,RHSUV,{lower threshold diagnosis sensor heater resistance before cat},1
$C914,$C914
/SPW,140,1,  0., 91.953
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
987,/SPZ,RMINN,{Minimaler Referenzpegel},7
$C8AA,$D456
/SPW,258,1,  0., 4980.469
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
988,/SPZ,SAFK1,{Filter constant 1 for oxygen sensor 1 signal output},1
$13206,$13206
/SPW,32,1,0.0119507, 3.047424
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
989,/SPZ,SAFK2,{Filter constant 2 for oxygen sensor signal output},1
$13207,$13207
/SPW,284,1, 1., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
990,/SPZ,SCHWL2,{VL - Boundary to next to last load line},1
$C9B9,$C9B9
/SPW,274,1, 13.33333, 119.5833
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
991,/SPZ,SESAZAD
{Schwelle für Einschwingfilterwert Segmentabweichung bei Zahnscheiben-Adaption},1
$F254,$F254
/SPW,4,1,  0., 1.556396
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
992,/SPZ,SFTEDA,{Beladungsschwelle für Verbot TE-Diagnose},1
$C998,$C998
/SPW,148,1,-64., 63.5
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
993,/SPZ,SFZANSM,{Absteuerungsfaktorumschaltschwelle für Nachstartfaktor},7
$C86C,$CCA2
/SPW,60,1,  0., 0.996094
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
994,/SPZ,SGIDB1,{BOSCH-Hardwarenummer},12
$F7BA,$F7BA
/SPW,0,10,  0.,  0.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
995,/SPZ,SGIDB2,{BOSCH-Softwarenummer},12
$F7C4,$F7C4
/SPW,0,10,  0.,  0.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
996,/SPZ,SGIDB3,{Kunden-Teilenummer},12
$F7CE,$F7CE
/SPW,0,10,  0.,  0.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
997,/SPZ,SGIDB4,{Fertigungsdatum},12
$F7D8,$F7D8
/SPW,0,3,  0.,  0.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
998,/SPZ,SLPE,{Secondary Air Pump ein},1
$C952,$C952
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
999,/SPZ,STADAPGR,{Startadaptionsfaktor XKSTAA als Source fuer GKLs},6
$F08D,$F7EC
/SPW,0,0,  0.,  0.
/SPX,51,1,  0., 1.992188,40
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
1000,/SPZ,STELL02ACT,{Zeit für Stellglied 2 aktiv},1
$131CA,$131CA
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1001,/SPZ,STELL02PAS,{Zeit für Stellglied 2 passiv},1
$131E2,$131E2
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1002,/SPZ,STELL03ACT,{Zeit für Stellglied 3 aktiv},1
$131CB,$131CB
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1003,/SPZ,STELL03PAS,{Zeit für Stellglied 3 passiv},1
$131E3,$131E3
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1004,/SPZ,STELL04ACT,{Zeit für Stellglied 4 aktiv},1
$131CC,$131CC
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1005,/SPZ,STELL04PAS,{Zeit für Stellglied 4 passiv},1
$131E4,$131E4
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1006,/SPZ,STELL05ACT,{Zeit für Stellglied 5 aktiv},1
$131CD,$131CD
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1007,/SPZ,STELL05PAS,{Zeit für Stellglied 5 passiv},1
$131E5,$131E5
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1008,/SPZ,STELL06ACT,{Zeit für Stellglied 6 aktiv},1
$131CE,$131CE
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1009,/SPZ,STELL06PAS,{Zeit für Stellglied 6 passiv},1
$131E6,$131E6
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1010,/SPZ,STELL08ACT,{Zeit für Stellglied 8 aktiv},1
$131CF,$131CF
/SPW,214,1, 11.904, 11.904
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1011,/SPZ,STELL08PAS,{Zeit für Stellglied 8 passiv},1
$131E7,$131E7
/SPW,217,1, 107.136, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1012,/SPZ,STELL0EACT,{Zeit für Stellglied 14 aktiv},1
$131D0,$131D0
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1013,/SPZ,STELL0EPAS,{Zeit für Stellglied 14 passiv},1
$131E8,$131E8
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1014,/SPZ,STELL0FACT,{Zeit für Stellglied 15 aktiv},1
$131D1,$131D1
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1015,/SPZ,STELL0FPAS,{Zeit für Stellglied 15 passiv},1
$131E9,$131E9
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1016,/SPZ,STELL10ACT,{Zeit für Stellglied 16 aktiv},1
$131D2,$131D2
/SPW,216,1, 11.904, 23.808
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1017,/SPZ,STELL11ACT,{Zeit für Stellglied 17 aktiv},1
$131D3,$131D3
/SPW,214,1, 11.904, 11.904
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1018,/SPZ,STELL11PAS,{Zeit für Stellglied 17 passiv},1
$131EA,$131EA
/SPW,215,1, 95.232, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1019,/SPZ,STELL12ACT,{Zeit für Stellglied 18 aktiv},1
$131D4,$131D4
/SPW,214,1, 11.904, 11.904
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1020,/SPZ,STELL12PAS,{Zeit für Stellglied 18 passiv},1
$131EB,$131EB
/SPW,215,1, 95.232, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1021,/SPZ,STELL13ACT,{Zeit für Stellglied 19 aktiv},1
$131D5,$131D5
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1022,/SPZ,STELL13PAS,{Zeit für Stellglied 19 passiv},1
$131EC,$131EC
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1023,/SPZ,STELL15ACT,{Zeit für Stellglied 21 aktive},1
$131D6,$131D6
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1024,/SPZ,STELL15PAS,{Zeit für Stellglied 21 passiv},1
$131ED,$131ED
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1025,/SPZ,STELL16ACT,{Zeit für Stellglied 22 aktiv},1
$131D7,$131D7
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1026,/SPZ,STELL16PAS,{Zeit für Stellglied 22 passiv},1
$131EE,$131EE
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1027,/SPZ,STELL17ACT,{Zeit für Stellglied 23 aktiv},1
$131D8,$131D8
/SPW,214,1, 11.904, 11.904
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1028,/SPZ,STELL17PAS,{Zeit für Stellglied 23 passiv},1
$131EF,$131EF
/SPW,214,1, 11.904, 11.904
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1029,/SPZ,STELL18ACT,{Zeit für Stellglied 24 aktiv},1
$131D9,$131D9
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1030,/SPZ,STELL18PAS,{Zeit für Stellglied 24 passiv},1
$131F0,$131F0
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1031,/SPZ,STELL19ACT,{Zeit für Stellglied 25 aktiv},1
$131DA,$131DA
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1032,/SPZ,STELL19PAS,{Zeit für Stellglied 25 passiv},1
$131F1,$131F1
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1033,/SPZ,STELL1AACT,{Zeit für Stellglied 26 aktiv},1
$131DB,$131DB
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1034,/SPZ,STELL1APAS,{Zeit für Stellglied 26 passiv},1
$131F2,$131F2
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1035,/SPZ,STELL1BACT,{Zeit für Stellglied 27 aktiv},1
$131DC,$131DC
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1036,/SPZ,STELL1BPAS,{Zeit für Stellglied 27 passiv},1
$131F3,$131F3
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1037,/SPZ,STELL1CACT,{Zeit für Stellglied 28 aktiv},1
$131DD,$131DD
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1038,/SPZ,STELL1CPAS,{Zeit für Stellglied 28 passiv},1
$131F4,$131F4
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1039,/SPZ,STELL1DACT,{Zeit für Stellglied 29 aktiv},1
$131DE,$131DE
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1040,/SPZ,STELL1DPAS,{Zeit für Stellglied 29 passiv},1
$131F5,$131F5
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1041,/SPZ,STELL1EACT,{Zeit für Stellglied 30 aktiv},1
$131DF,$131DF
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1042,/SPZ,STELL1EPAS,{Zeit für Stellglied 30 passiv},1
$131F6,$131F6
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1043,/SPZ,STELL1FACT,{Zeit für Stellglied 31 aktiv},1
$131E0,$131E0
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1044,/SPZ,STELL1FPAS,{Zeit für Stellglied 31 passiv},1
$131F7,$131F7
/SPW,213,1, 11.904, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1045,/SPZ,STELL20ACT,{Zeit für Stellglied 32 aktiv},1
$131E1,$131E1
/SPW,216,1, 11.904, 23.808
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1046,/SPZ,STEUKKL,{Schwelle Summe Kurz-/Langzeitanteil},1
$13226,$13226
/SPW,27,1,  0., 6.12
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1047,/SPZ,STGEN,{Speed reference points for gear engagement},4
$CB56,$CB56
/SPW,120,1,  0., 7650.
/SPX,126,1,  0., 7.,56
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
1048,/SPZ,STNLMR,{Speed ??reference points for LMR curves},6
$C84A,$CC8A
/SPW,0,0,  0.,  0.
/SPX,120,1,  0., 7650.,10
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,1;
1049,/SPZ,STSTNR,{Nummerierung von Festkennlinien (Dummy)},6
$C84C,$CC94
/SPW,0,0,  0.,  0.
/SPX,9,1,  0., 255.,6
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,1;
1050,/SPZ,TA500G,{Festwert für Abgastemperatur (Sollwert 500°C)},1
$C91D,$C91D
/SPW,162,1,-48., 972.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1051,/SPZ,TABGHSVO,{Abgas-Abschalttemperaturschwelle für Sondenheizung vor Kat},1
$C91F,$C91F
/SPW,162,1,-48., 972.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1052,/SPZ,TABGLF,{Exhaust gas temperature threshold model for motor fan control},1
$C90F,$C90F
/SPW,162,1,-48., 972.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1053,/SPZ,TADE,{Ersatzgröße Lufttemperatur im Fehlerfall},1
$C9DB,$C9DB
/SPW,171,1,-55., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1054,/SPZ,TADLDU,{TANS-threshold for locking error memory entry DLD},1
$13213,$13213
/SPW,171,1,-55., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1055,/SPZ,TADLE,{Intake air temperature threshold diagnostic load sensing},1
$C9EB,$C9EB
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1056,/SPZ,TADMM,{1. Stufenbreite (Zeit) für Motortemperaturmodell},1
$C9C6,$C9C6
/SPW,220,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1057,/SPZ,TADMN,{Ansauglufttemperatur min.},1
$C9D9,$C9D9
/SPW,171,1,-55., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1058,/SPZ,TADMX,{Ansauglufttemperatur max.},1
$C9DA,$C9DA
/SPW,171,1,-55., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1059,/SPZ,TADPL,{Zeitzähler für Plaus.check Tu-Fühler},1
$C9DF,$C9DF
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1060,/SPZ,TADPLG,{Zeitzähler für Plaus.check Tu-Fühler},1
$C9E0,$C9E0
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1061,/SPZ,TADSLSU,{minimum intake air temperature for DSLS},1
$C958,$C958
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1062,/SPZ,TADTEU,{Untere TANS-Schwelle für Tank vent diagnosis},1
$C99E,$C99E
/SPW,171,1,-55., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1063,/SPZ,TADTEVT,{Aufsteuertastverhältnis für TEV bei TE-Diagnose},4
$CB9A,$CB9A
/SPW,79,1,  0., 1.
/SPX,250,1,  0., 24.37939,43
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
1064,/SPZ,TALUST,{Duration of suppression Misfire detection after engine start},1
$F24D,$F24D
/SPW,154,1,  0., 48.56832
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1065,/SPZ,TANFK,{Time offset for the insertion of Fkmlma},1
$F1D0,$F1D0
/SPW,212,1,  0., 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1066,/SPZ,TANSGR,{Supporting points intake air temperature (16 Supporting points)},6
$C80E,$CBE7
/SPW,0,0,  0.,  0.
/SPX,171,1,-55., 150.,42
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
1067,/SPZ,TANSGR8S,{Supporting points intake air temperature (8 Supporting points)},6
$C810,$CBFA
/SPW,0,0,  0.,  0.
/SPX,171,1,-55., 150.,42
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,2;
1068,/SPZ,TANSLU
{ansaugluft-temp. bei start zur deaktiviert der tmotst-abhängigen dase-ausblendg.},1
$1320A,$1320A
/SPW,171,1,-55., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1069,/SPZ,TASLV,{duty cycle Secondary Air Valve},1
$C951,$C951
/SPW,163,1,  0., 99.60938
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1070,/SPZ,TATEPO,{Duty cycle threshold for switchover period TEV in the upper range},1
$F10C,$F10C
/SPW,163,1,  0., 99.60938
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1071,/SPZ,TATEPOO,{Duty cycle threshold for switchover period TEV in the top range}
1
$F10D,$F10D
/SPW,163,1,  0., 99.60938
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1072,/SPZ,TATEPU,{Duty cycle threshold for switchover period TEV in the lower range},1
$F10A,$F10A
/SPW,163,1,  0., 99.60938
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1073,/SPZ,TATEPUU,{Duty cycle threshold for switchover period TEV in the lower range}
1
$F10B,$F10B
/SPW,163,1,  0., 99.60938
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1074,/SPZ,TATMML,{Stationary exhaust temperature dependent. the air flow},2
$C82E,$CCF2
/SPW,162,1,-48., 972.
/SPX,106,1,  0., 408.,7
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,1;
1075,/SPZ,TATMSA,{Exhaust gas temperature at boost cutting},1
$C921,$C921
/SPW,162,1,-48., 972.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1076,/SPZ,TATMTP,{exhaust gas dew point},1
$C922,$C922
/SPW,162,1,-48., 972.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1077,/SPZ,TBLFO,{E-box-top temperature threshold for E-box and engine fan control},1
$C90A,$C90A
/SPW,196,1,-50., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1078,/SPZ,TBLRH,{Blocking time for control behind catalytic converter after approval by regulation before cat},1
$F0ED,$F0ED
/SPW,244,1,  0., 20.4
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1079,/SPZ,TDBDGR,{Bit duration for targeted stimulation},1
$F145,$F145
/SPW,192,1,  0., 3.03552
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1080,/SPZ,TDDF,{Debounce DF error detection},1
$C9D2,$C9D2
/SPW,161,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1081,/SPZ,TDDFPL,{Time delay for plausibility DS},1
$C9CF,$C9CF
/SPW,161,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1082,/SPZ,TDDFPLG,{Time counter for Plaus.check DF},1
$C9D0,$C9D0
/SPW,161,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1083,/SPZ,TDDLE,{Debounce time for error detection load sensing},1
$C9E7,$C9E7
/SPW,160,1,  0., 194.2733
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1084,/SPZ,TDDLER,{Debounce time for resetting error load sensing},1
$C9E8,$C9E8
/SPW,160,1,  0., 194.2733
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1085,/SPZ,TDDST,{Debounce time for error detection in the tank pressure sensor},1
$C9B3,$C9B3
/SPW,225,1,  0., 3.06
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1086,/SPZ,TDKS,{Zeit für Dia KS},1
$F226,$F226
/SPW,191,1,  0., 25.5
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1087,/SPZ,TDKSA,{Time for the knock evaluation},1
$F227,$F227
/SPW,191,1,  0., 25.5
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1088,/SPZ,TDLDMX,{Time for the maximum boost pressure},1
$13215,$13215
/SPW,143,1,  0., 18.21312
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1089,/SPZ,TDLDRA,{Time threshold for slide LDR - Deviation},1
$F184,$F184
/SPW,143,1,  0., 18.21312
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1090,/SPZ,TDMLWK
{Debounce HFM (main load sensor) error detection for DK-dependent. Air mass threshold},1
$F18A,$F18A
/SPW,192,1,  0., 3.03552
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1091,/SPZ,TDMM,{Step width (time) for motor temperature model},1
$C9C5,$C9C5
/SPW,220,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1092,/SPZ,TDNSTA,{exhaust pipe heating time from start, for TANS - Diagnosis},1
$C9DC,$C9DC
/SPW,227,1,  0., 780.3
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1093,/SPZ,TDPAC,{Debounce min / max detection for troubleshooting AC pressure},1
$C97C,$C97C
/SPW,212,1,  0., 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1094,/SPZ,TDQDPN,{blocking time dashpot Terminating},7
$1312E,$138F8
/SPW,193,1,  0., 6047.232
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1095,/SPZ,TDSLP1,{First test period for test pump at DSLS},1
$C960,$C960
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1096,/SPZ,TDSLP2,{Test period for second test pump at DSLS},1
$C961,$C961
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1097,/SPZ,TDSLS,{Test period with secondary air diagnosis},1
$C963,$C963
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1098,/SPZ,TDSLST,{Blocking time for tank vent},1
$C959,$C959
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1099,/SPZ,TDSLV1,{First test period for testing valve at DSLS},1
$C95E,$C95E
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1100,/SPZ,TDSLV2,{Test period for second valve check in DSLS},1
$C95F,$C95F
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1101,/SPZ,TDTA,{Entprellzeit Error Detection TANS},1
$C9DD,$C9DD
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1102,/SPZ,TDTAL,{TANS Error Detection / Zeitsperre ab B_LL = 1},1
$C9DE,$C9DE
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1103,/SPZ,TDTEAM,{max. Zeit für UD-Abbaugradientenmessung},1
$C999,$C999
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1104,/SPZ,TDTED,{Time-out-Zeit für Erkennung dichtes tank venting system},1
$C99A,$C99A
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1105,/SPZ,TDTEGR,{maximale Zeit für gross leakerkennung bei TE-Diagnose},1
$C99B,$C99B
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1106,/SPZ,TDTM,{Entprellzeit Error Detection TMOT},1
$F26E,$F26E
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1107,/SPZ,TDTMNF,{Entprellzeit TMOT-Diagnose mit i.O.-Meldung},1
$F26F,$F26F
/SPW,220,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1108,/SPZ,TDTONV,{Timeout zwischen 2 Bytes nach Verbindungsprotokoll},1
$F141,$F141
/SPW,192,1,  0., 3.03552
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1109,/SPZ,TDTOWV,{Timeout zwischen 2 Bytes während Verbindungsprotokoll},1
$F143,$F143
/SPW,165,1,  0., 30.3552
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1110,/SPZ,TDTOZB,{Timeout zwischen Blöcken},1
$F13F,$F13F
/SPW,165,1,  0., 30.3552
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1111,/SPZ,TDUB,{Wartezeit für UBATT-Diagnose},1
$F148,$F148
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1112,/SPZ,TDUDNE,{Zeit für UB - Einbruch - Abfrage},1
$F147,$F147
/SPW,252,1,0.095232, 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1113,/SPZ,TDV,{Speed signal error detection / time for query},1
$C9CC,$C9CC
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1114,/SPZ,TDWFSVN,{Time delay before locking terminal 15 from Motronic in run},1
$F26D,$F26D
/SPW,228,1,  0., 599.76
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1115,/SPZ,TDWNRZ,{Waiting time after stop bit is detected, the stimulus-word},1
$F139,$F139
/SPW,165,1,  0., 30.3552
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1116,/SPZ,TDWNSY,{Waiting period after the submission of the synchronization word},1
$F13B,$F13B
/SPW,192,1,  0., 3.03552
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1117,/SPZ,TEC1N,{Delay time with compressor off},7
$C8FA,$EE6E
/SPW,192,1,  0., 3.03552
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1118,/SPZ,TECN,{Delay time for switching compressor},7
$C8F8,$EE5E
/SPW,192,1,  0., 3.03552
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1119,/SPZ,TEMIN,{minimales TE},1
$131B4,$131B4
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1120,/SPZ,TESLS,{max. Number of verification tests of the SLS diagnosis per operating instance},1
$C967,$C967
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1121,/SPZ,TFBR,{Unterbremsfreigabe},1
$131C2,$131C2
/SPW,182,1,  0., 6.07104
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1122,/SPZ,TFDSLS,{Blocking time after the start of the DSLS},1
$C957,$C957
/SPW,248,1, 9.18, 2340.9
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1123,/SPZ,TFRA,{Detection time for steady base adaptation of fra},1
$C973,$C973
/SPW,224,1,  0., 391.68
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1124,/SPZ,TFRAZ,{Dwell time at FRA for cycle flag for non eingeschw adaptation},1
$C975,$C975
/SPW,224,1,  0., 391.68
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1125,/SPZ,TFTEFVA,{Time from the beginning of TE for early phase limitation of purge},1
$F105,$F105
/SPW,229,1,  0., 783.36
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1126,/SPZ,TGAZA,{Zeit nach Start für Erzwingen einer Gemischadaptionsphase},1
$F107,$F107
/SPW,253,1,  0., 2295.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1127,/SPZ,TGEXN,{Maximum time for transmission intervention},4
$13340,$13340
/SPW,212,1,  0., 3035.52
/SPX,126,1,  0., 7.,56
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
1128,/SPZ,THHAUB,{Auszeit für Reduzierung der Heizleistung Sonde behind cat abhängig von UB}
2
$C836,$CD1A
/SPW,192,1,  0., 3.03552
/SPX,259,1,  0., 17.53699,25
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,1;
1129,/SPZ,THVAUB,{Out for power reduction on UB probe before cat},2
$C834,$CD10
/SPW,192,1,  0., 3.03552
/SPX,259,1,  0., 17.53699,25
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,1;
1130,/SPZ,TIVERTEIL,{ti-Stützstellen},6
$13110,$13425
/SPW,0,0,  0.,  0.
/SPX,176,1,  0., 130.56,18
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
1131,/SPZ,TKATHSHO,{Abgas-Abschalttemperaturschwelle für Sondenheizung behind cat},1
$C920,$C920
/SPW,162,1,-48., 972.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1132,/SPZ,TKATMLRH,{Einschaltschwelle Kat-Modelltemperatur  für Lambdaregelung behind cat}
1
$F0EB,$F0EB
/SPW,162,1,-48., 972.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1133,/SPZ,TKATMTRP,{kat-threshold model temperature compensation trip for recognition},1
$F150,$F150
/SPW,162,1,-48., 972.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1134,/SPZ,TKOAVL,{Compressor OFF time with full load},1
$C94B,$C94B
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1135,/SPZ,TKOAVLMN,{Minimum compressor off time at full load},1
$C94C,$C94C
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1136,/SPZ,TKTPVK,{Abgastemperatur Kat (aus ATM) für TP-Überwachung Sonde vor Kat},1
$F1E6,$F1E6
/SPW,162,1,-48., 972.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1137,/SPZ,TKTVHK,{Kat-Modelltemperatur für Schwingungsprüfung SHK},1
$F1F4,$F1F4
/SPW,162,1,-48., 972.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1138,/SPZ,TLAED,{Wartezeit bis Fehlerlampe aus nach Start},1
$F14F,$F14F
/SPW,159,1,  0., 127.5
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1139,/SPZ,TLDB,{Zeit für Ladedruckbegrenzung},1
$1320B,$1320B
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1140,/SPZ,TLDBVE,{load threshold for VL-replacement value at DK error},1
$F219,$F219
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1141,/SPZ,TLDRGEN,{Blocking time of the I component for transmission intervention},7
$13156,$142C8
/SPW,143,1,  0., 18.21312
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
1142,/SPZ,TLDRGEPN,{Blocking time of the P component for transmission intervention},7
$13158,$142D0
/SPW,143,1,  0., 18.21312
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
1143,/SPZ,TLDROVN,{Blocking time for overboost},7
$C860,$E936
/SPW,142,1,  0., 72.85248
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
1144,/SPZ,TLDV,{Error Detection Tachosignal / tL - Schwelle},1
$C9C9,$C9C9
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1145,/SPZ,TLGR1,{Load support points Group 1},6
$F097,$F81D
/SPW,0,0,  0.,  0.
/SPX,180,1,  0., 12.24,20
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
1146,/SPZ,TLGR2,{Load support points Group 2},6
$F099,$F830
/SPW,0,0,  0.,  0.
/SPX,180,1,  0., 12.24,20
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
1147,/SPZ,TLGR8S,{Load support points Group 8s},6
$F09B,$F843
/SPW,0,0,  0.,  0.
/SPX,180,1,  0., 12.24,20
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,2;
1148,/SPZ,TLIM,{tL - Begrenzung LL - Integrator},4
$CA62,$CA62
/SPW,181,1,  0., 12.288
/SPX,169,1,-80., 176.,23
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
1149,/SPZ,TLIMLUN
{Load threshold for Schuberkenng. For DRIVE = 0 for suppression of Misfire detection},7
$C828,$ED2E
/SPW,180,1,  0., 12.24
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1150,/SPZ,TLLLMX,{upper threshold for tl-ll-recognition in the running smoothness calculation},1
$F24A,$F24A
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1151,/SPZ,TLLRSHB,{Load threshold, LR off during overrun, in conjunction with LL and NLRSHB}
1
$F0F6,$F0F6
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1152,/SPZ,TLMAX,{maximales TL},1
$C946,$C946
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1153,/SPZ,TLO3,{upper tL - threshold region 3},1
$F213,$F213
/SPW,180,1, 1.008, 9.984
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1154,/SPZ,TLRAN,{Load threshold lambda control},2
$F0BF,$F9C0
/SPW,180,1, 1.488, 9.984
/SPX,120,1, 600., 6510.,10
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,1;
1155,/SPZ,TLRHON,{Kennlinie über n, obere tL Regelgrenze für Regler behind cat},2
$F0AD,$FAC3
/SPW,180,1,  0., 12.24
/SPX,120,1,  0., 7650.,10
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,1;
1156,/SPZ,TLRHUN,{Kennlinie über n, untere tL Regelgrenze für Regler behind cat},2
$F0AB,$FAB9
/SPW,180,1,  0., 12.24
/SPX,120,1,  0., 7650.,10
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,1;
1157,/SPZ,TLRSA,{Sperrzeit für Einschalten LR nach SA},1
$F0F5,$F0F5
/SPW,192,1,  0., 3.03552
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1158,/SPZ,TLRSLS,{Lockout time after switching off Secondary Air System},1
$F0F4,$F0F4
/SPW,192,1,  0., 3.03552
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1159,/SPZ,TLS,{TL-Setpoint},1
$F1BF,$F1BF
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1160,/SPZ,TLSTM,{Start basic injection amount},7
$C8E8,$DD66
/SPW,180,1,  0., 12.24
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1161,/SPZ,TLTEDMX,{Maximale tl-Schwelle für Tank vent diagnosis},1
$C99F,$C99F
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1162,/SPZ,TLTPKTO,{upper load threshold for short-period test},1
$F1EE,$F1EE
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1163,/SPZ,TLTPKTU,{lower load threshold for short-period test},1
$F1ED,$F1ED
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1164,/SPZ,TLTPVKO,{upper threshold for load monitoring period duration before kat},1
$F1EC,$F1EC
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1165,/SPZ,TLTPVKU,{lower threshold for load monitoring period before cat},1
$F1EB,$F1EB
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1166,/SPZ,TLU2,{lower tL - threshold region 2},1
$F211,$F211
/SPW,180,1, 1.008, 9.984
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1167,/SPZ,TLU3,{untere tL - Schwelle Bereich 3},1
$F212,$F212
/SPW,180,1, 0.48, 9.984
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1168,/SPZ,TLUEACN,{tL-Schwelle bei AC-Kompressor ein für Zündwinkeleingriff im Übergang},7
$1311A,$13558
/SPW,180,1,  0., 12.24
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1169,/SPZ,TLUEN,{tL threshold for ignition angle in the transition},7
$13118,$13548
/SPW,180,1,  0., 12.24
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1170,/SPZ,TLULN,{overboost - tL},7
$1315C,$142E8
/SPW,180,1,  0., 12.192
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
1171,/SPZ,TLWARN,{TLW-threshold adaptation for active mixture},2
$C838,$CD24
/SPW,184,1,  0., 12.24
/SPX,120,1,  0., 7650.,10
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,1;
1172,/SPZ,TLWNSP,{tlw-Schwelle für Nachspritzer},1
$13222,$13222
/SPW,184,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1173,/SPZ,TLZWB,{tL - Schwelle ZWB1 -> ZWB2},1
$F1BD,$F1BD
/SPW,180,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1174,/SPZ,TMATMKV,{Motortemperaturschwelle, unterhalb verlaengerte Taupunktende-Zeit},1
$C928,$C928
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1175,/SPZ,TMATMTP,{Motortemperaturschwelle, oberhalb Abschaltung Taupunktfunktion},1
$C927,$C927
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1176,/SPZ,TMDLE,{Motor temperature diagnostics load detection threshold},1
$C9EA,$C9EA
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1177,/SPZ,TMDLL,{Tmot-Schwelle für HFM-Error Detection Leerlauf},1
$F190,$F190
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1178,/SPZ,TMDMMA,{Anfangstemperatur für Motortemperaturmodell},1
$C9C1,$C9C1
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1179,/SPZ,TMDMME,{Endtemperatur für Motortemperaturmodell},1
$C9C0,$C9C0
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1180,/SPZ,TMDMMN,{Minimalwert für Ersatzwertübernahme aus Motortemperaturmodell},1
$C9C7,$C9C7
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1181,/SPZ,TMDMN,{Motortemperatur min.},1
$C9BF,$C9BF
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1182,/SPZ,TMDMX,{Motortemperatur max.},1
$C9BE,$C9BE
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1183,/SPZ,TMDPAC,{TMOT threshold for plausibility check AC pressure sensor},1
$C978,$C978
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1184,/SPZ,TMDTE,{Motortemperaturschwelle für Tank vent diagnosis},1
$C99C,$C99C
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1185,/SPZ,TMDTEU,{Untere Motortemperaturschwelle für Tank vent diagnosis},1
$C99D,$C99D
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1186,/SPZ,TMDV,{Motor temperature threshold for release Fz-speed diagnosis},1
$C9CB,$C9CB
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1187,/SPZ,TMDYVH,{TMOT lower threshold for dynamic load active},1
$13208,$13208
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1188,/SPZ,TMFWLO,{Warmstarttemeraturschwelle 2},1
$	,$C931
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1189,/SPZ,TMFWLU,{Warmstarttemeraturschwelle 1},1
$C930,$C930
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1190,/SPZ,TMINKAT,{Minimale Kat-Temperatur für Überwachung},1
$F11A,$F11A
/SPW,162,1,-48., 972.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1191,/SPZ,TMK,{Motortemperatur - Schwelle kalt},1
$C92B,$C92B
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1192,/SPZ,TMKR,{Motor temperature threshold for active knock control},1
$F222,$F222
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1193,/SPZ,TMKRA,{Motor temperature threshold for adaptive knock control},1
$F223,$F223
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1194,/SPZ,TMKRVF,{TMOT- Switching threshold for ZW-early adjustment in KR},1
$F22C,$F22C
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1195,/SPZ,TMLD,{Motor temperature threshold for limiting the setpoint LDR},1
$C9B5,$C9B5
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1196,/SPZ,TMLF1,{Motor threshold temperature 1 for motor fan control 102c},1
$C8FF,$C8FF
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1197,/SPZ,TMLF2,{Motor threshold temperature 2 for motor fan control 115c},1
$C903,$C903
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1198,/SPZ,TMLF3,{Motor threshold temperature 3 for motor fan control 125c},1
$C909,$C909
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1199,/SPZ,TMLF4,{Motor threshold temperature 4 for motor fan control 139c},1
$C904,$C904
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1200,/SPZ,TMLF5,{Motor threshold temperature 5 for motor fan control},1
$C905,$C905
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1201,/SPZ,TMLIM,{TMOT Schwelle für  KSTAA aktiv im Nachstart},1
$C9BD,$C9BD
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1202,/SPZ,TMOTGR,{Motortemperaturstützstellen},6
$C808,$CBB6
/SPW,0,0,  0.,  0.
/SPX,168,1,-44., 150.,24
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
1203,/SPZ,TMOTGR2,{Motortemperaturstützstellen Gruppe 2},6
$F09F,$F882
/SPW,0,0,  0.,  0.
/SPX,168,1,-44., 150.,24
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
1204,/SPZ,TMOTGR8S,{Motortemperaturstützstellen Gruppe 8s},6
$F0A3,$F895
/SPW,0,0,  0.,  0.
/SPX,168,1,-44., 150.,24
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,2;
1205,/SPZ,TMOTLUA,{Starttemperatur für Laufunruhe-Berechnung aktiv},7
$1314E,$14278
/SPW,168,1,-44., 150.
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1206,/SPZ,TMQA,{TMOT für Luftvorsteuerung Adaption},1
$C93F,$C93F
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1207,/SPZ,TMRA1,{Ausschaltbedingung (S_LL = 0)},1
$F0F0,$F0F0
/SPW,168,1, 5., 20.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1208,/SPZ,TMRA2,{Ausschaltbedingung (S_LL = 1)},1
$F0F1,$F0F1
/SPW,168,1, 20., 50.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1209,/SPZ,TMRAA,{Switch-on LRA},1
$F1F8,$F1F8
/SPW,168,1,  0., 124.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1210,/SPZ,TMRZMN,{min. Zykluszeit für MIL-Request},1
$F266,$F266
/SPW,192,1,  0., 3.03552
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1211,/SPZ,TMRZMX,{max. cycle time for MIL-Request},1
$F265,$F265
/SPW,192,1,  0., 3.03552
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1212,/SPZ,TMSKHO,{obere Starttemperaturschwelle für Kat-Heizung},1
$F1AA,$F1AA
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1213,/SPZ,TMSKHU,{untere Starttemperaturschwelle für Kat-Heizung},1
$F1A9,$F1A9
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1214,/SPZ,TMSLS,{Maximum temperature for the secondary air system},1
$C955,$C955
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1215,/SPZ,TMSLSO,{upper temperature threshold for secondary air system},1
$C94F,$C94F
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1216,/SPZ,TMSLSU,{lower temperature threshold for secondary air system},1
$C94E,$C94E
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1217,/SPZ,TMSPV,{Motortemperaturschwelle für Messung Potential-Versatz},1
$F0D7,$F0D7
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1218,/SPZ,TMSPVA
{Motorabstelltemperaturschwelle für Messung Potentialversatz bei Sonde vor KAT},1
$F0D8,$F0D8
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1219,/SPZ,TMSSLS,{Max start engine temperature for DSLS},1
$C956,$C956
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1220,/SPZ,TMSTAB,{Motortemp.-Schwelle für STADAP-Freigabe bei Neustart},1
$F191,$F191
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1221,/SPZ,TMSTZW,{Motor temperature threshold for ZW-switching in Start},1
$C9E6,$C9E6
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1222,/SPZ,TMTE,{TMOT - Schwelle für Tankentlüftung},1
$F116,$F116
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1223,/SPZ,TMWUC,{Motortemperaturschwelle für Erfüllung 'warm up cycle'},1
$F182,$F182
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1224,/SPZ,TMWUCST,{max. Motortemperatur im Start für Erfüllung 'warm up cycle'},1
$F183,$F183
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1225,/SPZ,TMZFK,{TMOT - Schwelle für Zeitkonstante beim Aufsteuern von Fkmlma},1
$F1D8,$F1D8
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1226,/SPZ,TMZWE
{Motortemperatur-Schwelle für Zündwinkelverstellung beim Wiedereinsetzen in Teill},1
$131B1,$131B1
/SPW,168,1,-44., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1227,/SPZ,TNALU,{Test phase length on the misfire detection},1
$F241,$F241
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1228,/SPZ,TNLF1,{Fan run-time for 1 motor fan control},1
$C906,$C906
/SPW,227,1,  0., 780.3
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1229,/SPZ,TNLF2,{Lüfternachlaufzeit 2 für Motorlüftersteuerung},1
$C907,$C907
/SPW,227,1,  0., 780.3
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1230,/SPZ,TNLF3,{Lüfternachlaufzeit 3 für Motorlüftersteuerung},1
$C908,$C908
/SPW,145,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1231,/SPZ,TNMAX,{Zeit für n max - Überwachung},1
$F1D6,$F1D6
/SPW,198,1,  0., 3.03552
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1232,/SPZ,TNODTES,{Zeit nach Motorstart für Verbot DTES},1
$C9A1,$C9A1
/SPW,249,2, 1.047552, 1400.006
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1233,/SPZ,TNSTDN,{Zeit nach Start für Diagnose Fehler Nebenschluß (Monoflop)},1
$F0E0,$F0E0
/SPW,247,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1234,/SPZ,TNSUUK,{Zeit UK-Unterdrückung im Nachstart},1
$13225,$13225
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1235,/SPZ,TPLAUS1,{Debounce time for AC pressure plausibility check},1
$C97D,$C97D
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1236,/SPZ,TPLAUS2,{Zeit für AC-Druck-plausibility check},1
$C97E,$C97E
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1237,/SPZ,TPREL,{Debounce toothed in the initialization},1
$C8FD,$C8FD
/SPW,175,1,  0., 48.96
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1238,/SPZ,TPSVKMN,{minimale Periodendauer der Lambdasonde vor Kat, DLSSA},1
$131FC,$131FC
/SPW,237,1,  0., 10.2
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1239,/SPZ,TPSVKMX,{maximale Periodendauer der Lambdasonde vor Kat, DLSSA},1
$131FD,$131FD
/SPW,237,1,  0., 10.2
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1240,/SPZ,TPTEE,{Meßzeit für Tankdruck eingeschwungen},1
$C9A3,$C9A3
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1241,/SPZ,TQAW,{Wartezeit für Luftvorsteuerung Adaption},1
$C940,$C940
/SPW,160,1,  0., 194.2733
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1242,/SPZ,TRAB,{Monitoring time for load threshold lambda control},1
$F0F9,$F0F9
/SPW,183,1, 0.35712, 14.99904
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1243,/SPZ,TRADN,{untere tra-Schwelle für Error Detection im Kraftstoffversorgungssystem},1
$C96D,$C96D
/SPW,99,1,-512., 508.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1244,/SPZ,TRADX,{obere tra-Schwelle für Error Detection im Kraftversorgungssystem},1
$C96C,$C96C
/SPW,99,1,-512., 508.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1245,/SPZ,TRAE,{Delta-tra-Schwelle für Erkennung der eingeschwungenen Grundadaption},1
$C971,$C971
/SPW,100,1,  0., 510.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1246,/SPZ,TRAMN,{lower limit of the mixture adaptation additive per time},1
$F202,$F202
/SPW,99,1,-512., 508.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1247,/SPZ,TRAMX,{upper limit of the mixture adaptation additive per time},1
$F201,$F201
/SPW,99,1,-512., 508.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1248,/SPZ,TRARN,{reduced lower limit of the correction factor tra},1
$F208,$F208
/SPW,99,1,-512., 508.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1249,/SPZ,TRARX,{reduced upper limit of the correction factor tra},1
$F207,$F207
/SPW,99,1,-512., 508.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1250,/SPZ,TRSA,{Überwachungszeit Regelung (vor KAT)-> Sonde Aus},1
$F0DB,$F0DB
/SPW,234,1,  0., 48.96
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1251,/SPZ,TRSAH,{Überwachungszeit Regelung (behind cat)-> Sonde Aus},1
$F19E,$F19E
/SPW,224,1,  0., 391.68
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1252,/SPZ,TRSE,{Überwachungszeit -> Regelung ein},1
$F0DA,$F0DA
/SPW,247,1,  0., 12.24
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1253,/SPZ,TSAKAMN,{Mindestdauer SA für Funktion Katalysator-Ausräumen},1
$131C8,$131C8
/SPW,192,1,  0., 3.03552
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1254,/SPZ,TSFSVK,{Sperrzeit für die Periodendauerüberwachung für DLSA},1
$F1DE,$F1DE
/SPW,192,1,  0., 3.03552
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1255,/SPZ,TSLDM,{Einschaltdauer für Secondary Air Pump},4
$CB34,$CB34
/SPW,227,1,  0., 780.3
/SPX,169,1,-80., 176.,46
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
1256,/SPZ,TSLEM,{Time to Secondary Air Pump after the start},4
$CB45,$CB45
/SPW,227,1,  0., 780.3
/SPX,169,1,-80., 176.,46
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
1257,/SPZ,TSTEAA,{Sperrzeit nach B_te (TEA aktiv)},1
$C947,$C947
/SPW,210,1,  0., 153.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1258,/SPZ,TSTHL,{Extension of time to start firing angle beyond the start},1
$F1BC,$F1BC
/SPW,222,1, 23.808, 6071.04
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1259,/SPZ,TSVKKO,{schärfere obere Periodendauergrenze für Lambdasonde vor Kat},1
$F1E1,$F1E1
/SPW,199,1,  0., 6.07104
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1260,/SPZ,TSVKKTO,{obere Periodendauergrenze für SVK, Kurztest},1
$F1E3,$F1E3
/SPW,199,1,  0., 6.07104
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1261,/SPZ,TSVKKTU,{untere Periodendauergrenze für SVK, Kurztest},1
$F1E4,$F1E4
/SPW,199,1,  0., 6.07104
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1262,/SPZ,TSVKKU,{schärfere untere Periodendauergrenze für Lambdasonde vor Kat},1
$F1E2,$F1E2
/SPW,199,1,  0., 6.07104
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1263,/SPZ,TSVKO,{obere Periodendauergrenze für die Lambda-Sonde vor Katalysator},1
$F1DF,$F1DF
/SPW,199,1,  0., 6.07104
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1264,/SPZ,TSVKU,{untere Periodengrenze für Lambda-Sonde vor Katalysator},1
$F1E0,$F1E0
/SPW,199,1,  0., 6.07104
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1265,/SPZ,TTBMH,{Zeit für theoretische Sondenbetriebsbereitschaft mit Heizung},1
$F0DD,$F0DD
/SPW,224,1,  0., 391.68
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1266,/SPZ,TTE,{Zeit für Tankentlüftungsphase},1
$F0FF,$F0FF
/SPW,229,1,  0., 783.36
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1267,/SPZ,TTEAE,{Zeit für Tankentlüftungsphase bei eingeschwungener Gemischadaption},1
$F100,$F100
/SPW,229,1,  0., 783.36
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1268,/SPZ,TTEAUS,{Zeit nach Start bis TEB aktiv wird},1
$F106,$F106
/SPW,229,1,  0., 783.36
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1269,/SPZ,TTEDFRR,{max. Zeit für Lambdareglerreset bei TEVzu},1
$C9A4,$C9A4
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1270,/SPZ,TTEDGK,{Meßzeit für Kompensationsgradient},1
$C9A5,$C9A5
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1271,/SPZ,TTEDOZ,{Mindestprüfdauer für Überwachung oszillierender Drucksensor},1
$C985,$C985
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1272,/SPZ,TTEDOZG,{Gesamtprüfdauer für Überwachung oszillierender Drucksensor},1
$C986,$C986
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1273,/SPZ,TTEDST,{Überwachungszeit Drucksensor},1
$C9A6,$C9A6
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1274,/SPZ,TTEDWD,{Wartezeit vor Messung Unterdruckabbau-Gradient},1
$C9A7,$C9A7
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1275,/SPZ,TTEDWK,{Wartezeit bei warmem Kraftstoff},1
$C9A8,$C9A8
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1276,/SPZ,TTEDWU,{Wartezeit bei Drucksensor am unteren Anschlag},1
$C9A9,$C9A9
/SPW,154,1,  0., 48.56832
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1277,/SPZ,TTEGA,{Zeit bei der Tankentlüftung für Grundadaption},1
$F101,$F101
/SPW,229,1,  0., 783.36
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1278,/SPZ,TTEGAINI,{Zeitdauer der ersten  Gemischadaptionsphase},1
$F102,$F102
/SPW,229,1,  0., 783.36
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1279,/SPZ,TTEINI,{Zeit für Tankentlüftung in erster TE-Phase nach Initialisierung (B_ini)}
1
$F103,$F103
/SPW,229,1,  0., 783.36
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1280,/SPZ,TTEMN,{Zeit für Tankentlüftungsphase minimal},1
$F104,$F104
/SPW,229,1,  0., 783.36
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1281,/SPZ,TTEVUB,{Batteriespannungsabhängige Verzugszeit des TEV},7
$C81A,$CCE2
/SPW,233,1, 1.984, 8.160001
/SPX,259,1,  0.,  0.,1339
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1282,/SPZ,TTRA,{Erkennungszeit für eingeschwungene Grundadaption von tra},1
$C970,$C970
/SPW,224,1,  0., 391.68
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1283,/SPZ,TTRAZ,{Verweilzeit in TRA für Zyklusflag bei nicht eingeschw. Adaption},1
$C972,$C972
/SPW,224,1,  0., 391.68
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1284,/SPZ,TUEDTL,{Time to form the load difference signal},7
$1311C,$13568
/SPW,9,1,  0., 255.
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1285,/SPZ,TUELLTL,{Time threshold for triggering the transition function LL> TL},1
$131B2,$131B2
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1286,/SPZ,TULV,{Delay overboost cut-off},1
$13216,$13216
/SPW,143,1,  0., 18.21312
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1287,/SPZ,TUSDU
{Verzög.zeit für Erkennung Adernschluß und Sonde mit begr. Spannungshub v.K.},1
$F0DC,$F0DC
/SPW,224,1,  0., 391.68
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1288,/SPZ,TUSDUC,{Verzögerungszeit Code für Erkennung Wire circuit probe vor KAT},1
$F0E1,$F0E1
/SPW,224,1,  0., 391.68
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1289,/SPZ,TUSDUH,{Delay time for detecting oxygen sensor behind cat core circuit},1
$F0E2,$F0E2
/SPW,224,1,  0., 391.68
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1290,/SPZ,TUSKS,{Delay time for short circuit detection of the lambda probe},1
$F0D9,$F0D9
/SPW,247,1,  0., 9.984
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1291,/SPZ,TUSPNMN,{min. Zeit der Sondenspannung zwischen pos. und neg. Flanke},1
$131FF,$131FF
/SPW,237,1,  0., 10.2
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1292,/SPZ,TUSPNMX,{max. Zeit der Sondenspannung zwischen pos. und neg. Flanke},1
$131FE,$131FE
/SPW,237,1,  0., 10.2
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1293,/SPZ,TVAAV,{Verzögerungszeit für AAV-Ansteuerung bei TE-Diagnose},1
$C9AA,$C9AA
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1294,/SPZ,TVBLDRN,{Duty cycle limit, change, for LDR (step height per scan time)}
7
$1315E,$142F0
/SPW,75,1,  0., 99.60938
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
1295,/SPZ,TVDHS,{Delay time for self-diagnosis Lambda probe heater},1
$C911,$C911
/SPW,224,1,  0., 391.68
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1296,/SPZ,TVLFA,{delay time to fan off},1
$C910,$C910
/SPW,227,1,  0., 780.3
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1297,/SPZ,TVLFAC,{Delay time for motor fan control for AC-readiness},1
$C90C,$C90C
/SPW,145,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1298,/SPZ,TVLRA,{Activation delay mixture adaptation of lambda control active}
1
$F1F9,$F1F9
/SPW,254,1,  0., 25.47456
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1299,/SPZ,TVLRHMN,{untere Grenze für tv-Korrektur},1
$F1EF,$F1EF
/SPW,257,1,-1.523712, 1.511808
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1300,/SPZ,TVLRHMNK,{untere Grenze für tv-Korrektur bei aktivem Fehler E_dkat},1
$F1F0,$F1F0
/SPW,257,1,-1.523712, 1.511808
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1301,/SPZ,TVLRHMX,{obere Grenze für tv-Korrektur},1
$F1F1,$F1F1
/SPW,257,1,-1.523712, 1.511808
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1302,/SPZ,TVLRHMXK,{obere Grenze für tv-Korrektur bei aktivem Fehler E_dkat},1
$F1F2,$F1F2
/SPW,257,1,-1.523712, 1.511808
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1303,/SPZ,TVMAX,{Lim. Duty cycle (max) for LDR},1
$1320E,$1320E
/SPW,75,1,  0., 99.60938
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1304,/SPZ,TVMIN,{Lim. Duty cycle (min.)},1
$1320D,$1320D
/SPW,75,1,  0., 99.60938
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1305,/SPZ,TVREM,{Verzugszeit für Regelung ein},7
$F0A5,$F8A0
/SPW,220,1,  0., 255.
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1306,/SPZ,TVSA0G,{Delay time for fuel cut off 0 Transition (LL)},4
$CAEA,$CAEA
/SPW,212,1, 23.808, 3035.52
/SPX,9,1,  0., 5.,6
/SPY,0,0,  0.,  0.,0
/FKX,6,0,0
/FKY,0,0,0
/ABL,0;
1307,/SPZ,TVSAD,{delay time for fuel cutoff switch gear drive},1
$F1C0,$F1C0
/SPW,212,1, 23.808, 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1308,/SPZ,TVSTLDRN,{Duty cycle starting value for LDR change limiting},7
$13162,$14300
/SPW,75,1,  0., 99.60938
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
1309,/SPZ,TVUB,{voltage correction},7
$C818,$CCD2
/SPW,164,1,  0., 4.9725
/SPX,259,1,  0.,  0.,1339
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1310,/SPZ,TWBDCY,{waiting time for recognition condition 'driving cycle'},1
$C9D6,$C9D6
/SPW,161,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1311,/SPZ,TWDDTV,{Wartezeit für Ready-Flag der Delta-TV Diagnose (DLSA)},1
$F1F3,$F1F3
/SPW,221,1,  0., 3133.44
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1312,/SPZ,TWDLSSA,{Mindestprüfzeit für DLSSA-Extremwertbestimmung},1
$C969,$C969
/SPW,224,1,  0., 391.68
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1313,/SPZ,TWDSLS,{Minimum time between two Prüfversuchen DSLS},1
$C966,$C966
/SPW,229,1,  0., 783.36
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1314,/SPZ,TWFISKAT,{Waiting time for filters stop after a start condition},1
$F119,$F119
/SPW,239,1,0.047616, 12.14208
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1315,/SPZ,TWFRDSLE,{Wartezeit nach Ende Sekundärluft-Diagnose},1
$C965,$C965
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1316,/SPZ,TWFRDSLS,{Waiting time for diagnosis of SLS on FR stop},1
$C964,$C964
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1317,/SPZ,TWFS1PU,{Zeit 1 für vorläufige Funktionsfreigabe ab Kl.15 ein (Power-up-Reset)}
1
$13217,$13217
/SPW,212,1,  0., 3035.52
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1318,/SPZ,TWFSSRX,{Max. Summenzeitintegral für Reset-Vorfreigaben bei Verriegelung},1
$1321B,$1321B
/SPW,251,1,  0., 24.28416
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1319,/SPZ,TWFSVNN1,{Wartezeit 1 bei Motorstillstand bis Wiederverriegelung nach Freigabe}
1
$13218,$13218
/SPW,155,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1320,/SPZ,TWFSVNN2,{Wartezeit 2 bei Motorstillstand bis Wiederverriegelung nach Freigabe}
1
$13219,$13219
/SPW,155,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1321,/SPZ,TWH_SST,{Dummy-Stützstellenverteilung für XTWH als Source},6
$1310A,$133F4
/SPW,0,0,  0.,  0.
/SPX,227,1,  0., 780.3,47
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
1322,/SPZ,TWKS1,{Zeit 1 für Wiederholstart bei Kaltstart},1
$C92C,$C92C
/SPW,227,1,  0., 780.3
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1323,/SPZ,TWKS2,{Zeit 2 für Wiederholstart bei Kaltstart},1
$C92D,$C92D
/SPW,227,1,  0., 780.3
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1324,/SPZ,TWNS2,{Ende Wiederholnachstartzeit},1
$C92E,$C92E
/SPW,227,1,  0., 780.3
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1325,/SPZ,TWNS3,{Ende Wiederholnachstartzeit bei n = 0},1
$C92F,$C92F
/SPW,227,1,  0., 780.3
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1326,/SPZ,TWRDYKAT,{Überwachungszeit bis "Zyklus geprüft" Meldung erfolgt},1
$F120,$F120
/SPW,158,1, 5.713921, 1457.05
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1327,/SPZ,TWTRPDCY, {waiting time from detection B_dcy for replacement trip by definition},1
$F151,$F151
/SPW,153,1,  0., 2550.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1328,/SPZ,TWTRPLL,{Waiting time from B_ll recognition for substitute trip definition},1
$F152,$F152
/SPW,159,1,  0., 127.5
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1329,/SPZ,TWTRPST,{Wartezeit ab Start für Ersatztrip-Definition},1
$F153,$F153
/SPW,153,1,  0., 2550.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1330,/SPZ,TXD1S,{EBOX-Temperaturschwelle Error Detection 1},1
$F14D,$F14D
/SPW,196,1,-50., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1331,/SPZ,TXD2S,{EBOX-Temperaturschwelle Error Detection 2},1
$F14E,$F14E
/SPW,196,1,-50., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1332,/SPZ,TXDTFO,{EBOX-Temperaturplausibilitätsgrenze oben},1
$F14B,$F14B
/SPW,196,1,-50., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1333,/SPZ,TXDTFU,{EBOX-Temperaturplausibilitätsgrenze unten},1
$F14C,$F14C
/SPW,196,1,-50., 150.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1334,/SPZ,UB13V,{Festwert für Batteriespannung (Sollwert 13V)},1
$C91C,$C91C
/SPW,259,1,  0., 17.53699
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1335,/SPZ,UBDMN,{Batteriespannung min.},1
$F14A,$F14A
/SPW,259,1,  0., 17.53699
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1336,/SPZ,UBDMX,{Batteriespannung max.},1
$F149,$F149
/SPW,259,1,  0., 17.53699
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1337,/SPZ,UBDPAC,{UB threshold for troubleshooting AC pressure sensor Max error},1
$C977,$C977
/SPW,259,1,  0., 17.53699
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1338,/SPZ,UBDPLS
{Batteriespannungsschwelle zur Erkennung des Sondenfehlers KS-LS-Masse SG-Masse},1
$F0DE,$F0DE
/SPW,259,1,  0., 17.53699
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1339,/SPZ,UBGR,{Batteriespannung Stützstellenverteilung},6
$C812,$CC05
/SPW,0,0,  0.,  0.
/SPX,259,1,  0., 17.53699,26
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
1340,/SPZ,UBHS,{Battery voltage shutdown threshold for the probe heater},1
$C91E,$C91E
/SPW,259,1,  0., 17.53699
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1341,/SPZ,UBKST,{Ubat-Schwelle für ZUBKSTMX},1
$F194,$F194
/SPW,259,1,  0., 17.53699
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1342,/SPZ,UBTEDU,{untere UB-Schwelle für Tank vent diagnosis},1
$C9AB,$C9AB
/SPW,259,1,  0., 17.53699
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1343,/SPZ,UDKS,{Min. Referenzpegel für Error Detection bei Verst. = VDKS},1
$F22B,$F22B
/SPW,258,1,  0., 4980.469
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1344,/SPZ,USDBO
{upper threshold f Erk. Wire circuit and defective probe with limited voltage swing},1
$F0E3,$F0E3
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1345,/SPZ,USDBU
{untere Schwelle f. Erk. Adernschluß u. defekte Sonde mit begrenztem Spannungshub},1
$F0E4,$F0E4
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1346,/SPZ,USDUO,{obere Schwelle für Erkennung Adernschluß},1
$F0D3,$F0D3
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1347,/SPZ,USDUU,{untere Schwelle für Erkennung Adernschluß},1
$F0D4,$F0D4
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1348,/SPZ,USFHK,{Probe voltage detection threshold for rich cat behind},1
$F0DF,$F0DF
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1349,/SPZ,USHKAMX,{Sondenspannung behind cat für Abbruch Kat-Ausräumen},1
$131C9,$131C9
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1350,/SPZ,USMAX,{Schwelle für Sondenkurzschluß nach Ubat},1
$F0CE,$F0CE
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1351,/SPZ,USMIN,{Schwelle für Sondenkurzschluß nach Masse},1
$F0D2,$F0D2
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1352,/SPZ,USMNSAMN,{min. erkannte Sondenspannung für Signalausgabe (min. plaus. Wert)},1
$13202,$13202
/SPW,268,1,  0., 1.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1353,/SPZ,USMNSAMX,{min. erkannte Sondenspannung für Signalausgabe (max. plaus. Wert)},1
$13201,$13201
/SPW,268,1,  0., 1.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1354,/SPZ,USMXSAMN,{max. erkannte Sondenspannung für Signalausgabe (min. plaus. Wert)},1
$13200,$13200
/SPW,268,1,  0., 1.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1355,/SPZ,USMXSAMX,{max. erkannte Sondenspannung für Signalausgabe (max. plaus. Wert)},1
$13203,$13203
/SPW,268,1,  0., 1.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1356,/SPZ,USNO,{Obere Sondenspannungsschwelle für Erkennung hochohmiger Nebenschluß},1
$F0E5,$F0E5
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1357,/SPZ,USNU,{Untere Sondenspannungsschwelle für Erkennung hochohmiger Nebenschluß},1
$F0E6,$F0E6
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1358,/SPZ,USPVO,{obere Schwelle für Erkennung Potentialversatz},1
$F0D5,$F0D5
/SPW,270,1,-0.7089, 0.5411
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1359,/SPZ,USPVR,{Schwelle für Rücksetzen des Fehlers 'Potentialversatz' bei Sonde vor Kat.}
1
$F0CF,$F0CF
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1360,/SPZ,USPVU,{untere Schwelle für Erkennung Potentialversatz},1
$F0D6,$F0D6
/SPW,270,1,-0.7089, 0.5411
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1361,/SPZ,USR,{Regelschwelle für Regelung vor Kat},1
$F0F8,$F0F8
/SPW,269,1, 0.298265, 0.705128
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1362,/SPZ,USREF,{Probe threshold for operational readiness in a rich mixture (before CAT)},1
$F0D0,$F0D0
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1363,/SPZ,USREFH,{Threshold for probe readiness behind cat with a rich mixture},1
$F19C,$F19C
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1364,/SPZ,USREM,{Schwelle für Sondenbetriebsbereitschaft bei magerem Gemisch (vor KAT)},1
$F0D1,$F0D1
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1365,/SPZ,USREMH,{Schwelle für Sondenbetriebsbereitschaft behind cat bei magerem Gemisch}
1
$F19D,$F19D
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1366,/SPZ,USSAF,{Sondensignalschwelle für Signalausgabe, fett},1
$13205,$13205
/SPW,268,1,  0., 1.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1367,/SPZ,USSAM,{Sondensignalschwelle für Signalausgabe, mager},1
$13204,$13204
/SPW,268,1,  0., 1.25
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1368,/SPZ,USTE,{Sondenspannungsschwelle für Aufsteuerrampe},1
$F117,$F117
/SPW,269,1,-0.177225, 1.072775
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1369,/SPZ,UWEH,{Revolutions reinserting für ZWB5 hart},1
$F1C9,$F1C9
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1370,/SPZ,UWEW,{Revolutions reinserting für ZWB4 weich},1
$F1CA,$F1CA
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1371,/SPZ,VDKS,{amplification from which knock sensor errors are recognized},1
$F22A,$F22A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1372,/SPZ,VDMN,{Geschwindigkeitsschwelle; Error Detection Geschwindigkeitssignal},1
$C9CA,$C9CA
/SPW,150,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1373,/SPZ,VLF1,{Threshold 1 for motor speed fan control},1
$C900,$C900
/SPW,97,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1374,/SPZ,VLF2,{Threshold 2 for motor speed fan control},1
$C901,$C901
/SPW,97,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1375,/SPZ,VLF4,{Fahrgeschwindigkeitsschwelle 4 für Motorlüftersteuerung},1
$C902,$C902
/SPW,97,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1376,/SPZ,VMAX,{Speed threshold for fuel cut-off},1
$C934,$C934
/SPW,150,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1377,/SPZ,VMAXW,{weiche Geschwindigkeitsbegrenzung},1
$C933,$C933
/SPW,150,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1378,/SPZ,VSKENN,{VS20-Kennung},12
$132C8,$132C8
/SPW,0,12,  0.,  0.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1379,/SPZ,VSLS,{Vehicle speed threshold for the SLS},1
$C950,$C950
/SPW,150,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1380,/SPZ,VSTALL,{V-threshold for boost pressure reduction in signal transmission},1
$C9B6,$C9B6
/SPW,150,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1381,/SPZ,VWFSMX,{Max. Fahrzeuggeschwindigkeit für Aktivierung immobilizer (nach reset)}
1
$1321A,$1321A
/SPW,150,1,  0., 256.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1382,/SPZ,VWWEMN,{minimum speed for reinserting ignition},1
$131AF,$131AF
/SPW,150,1,  0., 256.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1383,/SPZ,VWWEMX,{maximum speed for reinserting ignition},1
$131B0,$131B0
/SPW,150,1,  0., 256.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1384,/SPZ,VZTLF,{Speed threshold for tL filter},1
$F1D1,$F1D1
/SPW,97,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1385,/SPZ,WDKBLGR,{Throttle angle reference points},6
$F09D,$F7FF
/SPW,0,0,  0.,  0.
/SPX,272,1,  0., 95.83334,48
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
1386,/SPZ,WDKBLGR8S,{Throttle angle supporting position group 8s},6
$F0A1,$F812
/SPW,0,0,  0.,  0.
/SPX,272,1,  0., 95.83334,48
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,2;
1387,/SPZ,WDKDE,{throttle angle; diagnosis - replacement value},1
$F216,$F216
/SPW,275,1,0.0833331, 95.91667
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1388,/SPZ,WDKDO,{Throttle angle above diagnosis},1
$F214,$F214
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1389,/SPZ,WDKDU,{Throttle angle below diagnosis},1
$F215,$F215
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1390,/SPZ,WDKGR_LMR,{WDK support points for LMR-maps},6
$C83C,$CC77
/SPW,0,0,  0.,  0.
/SPX,274,1, 13.33333, 119.5833,50
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
1391,/SPZ,WDKHWE,{DK-Winkel-Schwelle für hartes/weiches WE},1
$F1CB,$F1CB
/SPW,272,1,  0., 95.83334
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1392,/SPZ,WDKLDRN,{Throttle angle threshold for LDR active},7
$C84E,$E7F6
/SPW,272,1,  0., 95.83334
/SPX,120,1,  0., 7650.,1048
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,0;
1393,/SPZ,WDKSLN,{Throttle angle threshold for idle detection},7
$13136,$13B18
/SPW,272,1,  0., 95.83334
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1394,/SPZ,WDKVGGR,{virtueller Drosselklappenwinkel Stützstellenverteilung},6
$13104,$133BB
/SPW,0,0,  0.,  0.
/SPX,272,1,  0., 95.83334,51
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
1395,/SPZ,WDKVLN,{throttle angle threshold for full load identifcation},7
$13138,$13B28
/SPW,272,1,  0., 95.83334
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1396,/SPZ,WDKWWEA,{maximaler DK-Winkel für UE-Funktion},1
$131AA,$131AA
/SPW,272,1,  0., 95.83334
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1397,/SPZ,WFSID1,{WFS Identifier Service 1},1
$131A6,$131A6
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1398,/SPZ,WFSID2,{WFS Identifier Service 2},1
$131A7,$131A7
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1399,/SPZ,WFSID3,{WFS Identifier Service 3},1
$131A8,$131A8
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1400,/SPZ,WKLLX,{Leerlaufwinkel, maximal zulässiger Wert},1
$F21E,$F21E
/SPW,275,1,0.0833331, 95.91667
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1401,/SPZ,WKWAN,{obere Grenze Drosselklappenwinkel für tlw-Adaption},7
$C8CA,$D7F6
/SPW,272,1,  0., 95.83334
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1402,/SPZ,WKWAUN,{untere Grenze Drosselklappenwinkel für tlw-Adaption},7
$C8CC,$D806
/SPW,272,1,  0., 95.83334
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1403,/SPZ,WLLM,{Idle / boost - ignition},7
$C8BE,$D5B6
/SPW,289,1,-22.5, 75.
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1404,/SPZ,WMAX,{earliest angle},1
$F1AD,$F1AD
/SPW,293,1,-24.75, 78.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1405,/SPZ,WMIN,{Latest ignition},1
$F1AC,$F1AC
/SPW,293,1,-24.75, 78.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1406,/SPZ,WNDN,{Angle for negative deviation},4
$13293,$13293
/SPW,289,1,-22.5, 75.
/SPX,121,1,  0., 200.,13
/SPY,0,0,  0.,  0.,0
/FKX,21,0,0
/FKY,0,0,0
/ABL,0;
1407,/SPZ,WPDN,{Angle for positive deviation},4
$1327E,$1327E
/SPW,289,1,-22.5, 75.
/SPX,121,1,  0., 200.,13
/SPY,0,0,  0.,  0.,0
/FKX,21,0,0
/FKY,0,0,0
/ABL,0;
1408,/SPZ,WSTN,{Start firing angle},4
$CB67,$CB67
/SPW,289,1,-22.5, 75.
/SPX,123,1,  0., 2560.,11
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
1409,/SPZ,ZATMAML,{Zeitkonstante fuer Abgastemperaturmodell},2
$C830,$CCFC
/SPW,40,1, 1.542024, 393.216
/SPX,106,1,  0., 408.,7
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,1;
1410,/SPZ,ZATMKML,{Zeitkonstante fuer Katalysatortemperaturmodell - Kat-Temperatur},2
$C832,$CD06
/SPW,42,1, 6.168094, 1572.864
/SPX,106,1,  0., 408.,7
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,1;
1411,/SPZ,ZAVKAT
{Zeitkonstante für langsames Amplitudenfilter (für Lambda-Führungsregelung)},1
$F124,$F124
/SPW,40,1, 1.542024, 393.216
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1412,/SPZ,ZBALM,{Abregelfaktor L-Speicher (tmot) BA},7
$C880,$CF46
/SPW,58,1,  0., 0.124512
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1413,/SPZ,ZBURNABR,{Combustion number for adaptation decision abort},1
$F192,$F192
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1414,/SPZ,ZBURNDEC,{To border combustion number for "leaning"},1
$F199,$F199
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1415,/SPZ,ZBURNSOL,{Required combustion number for "no enrichment"},1
$F198,$F198
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1416,/SPZ,ZDGGR8S,{Stützstellenverteilung Zündungen},6
$C806,$CBAB
/SPW,0,0,  0.,  0.
/SPX,281,1,  0., 20400.,29
/SPY,0,0,  0.,  0.,0
/FKX,8,0,0
/FKY,0,0,0
/ABL,2;
1417,/SPZ,ZDGGRSP1,{Dummy-Stützstellenverteilung für XZDCTRABS als Source},6
$13106,$133CE
/SPW,0,0,  0.,  0.
/SPX,280,1,  0., 10200.,52
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
1418,/SPZ,ZDGVERTEIL,{Ignition supporting points},6
$C814,$CC2B
/SPW,0,0,  0.,  0.
/SPX,10,1,  0., 256.,58
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,2;
1419,/SPZ,ZDKHA,{Zeitkonstante für Höhenadaption},1
$F1A7,$F1A7
/SPW,285,1,  0.,0.028305
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1420,/SPZ,ZDKHAS,{Zeitkonstante für schnelle Höhenadaption},1
$F1A8,$F1A8
/SPW,285,1,  0.,0.028305
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1421,/SPZ,ZDPTE,{Zeitkonstante für Tankdrucksensorsignalfilter},1
$C9AC,$C9AC
/SPW,31,1,0.0963765, 24.576
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1422,/SPZ,ZDPTES,{Zeitkonstante für Tankdrucksignal bei Schwapperkennung},1
$C9AD,$C9AD
/SPW,31,1,0.0963765, 24.576
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1423,/SPZ,ZDPTESK,{Zeitkonst. bei Schwapperkennung des Kompensationsgradienten},1
$C9AE,$C9AE
/SPW,31,1,0.0963765, 24.576
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1424,/SPZ,ZDQDP,{Zeitkonstante für Dashpotabsteuerung},1
$131B5,$131B5
/SPW,222,1, 23.808, 6071.04
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1425,/SPZ,ZDTEAB,{Absteuerzeitkonstante für TEV bei TE-Diagnose},1
$C9AF,$C9AF
/SPW,130,1, 4.084968, 104.1667
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1426,/SPZ,ZFKML
{Zeitkonstante zum Aufsteuern des Korrekturfaktors Fkmlma bei Wiederholstart},1
$F1D7,$F1D7
/SPW,36,1, 0.382422, 97.51757
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1427,/SPZ,ZFKMLK,{Zeitkonstante zum Absteuern des Korrekturfaktors Fkmlma},2
$F0C7,$FAA7
/SPW,36,1, 0.382422, 97.51757
/SPX,54,1, 1., 1.996094,4
/SPY,0,0,  0.,  0.,0
/FKX,3,0,0
/FKY,0,0,0
/ABL,1;
1428,/SPZ,ZFKMLM,{Zeitkonstante zum Aufsteuern des Korrekturfaktors Fkmlma},2
$F0C5,$FA9D
/SPW,36,1, 0.382422, 97.51757
/SPX,168,1,-44., 150.,22
/SPY,0,0,  0.,  0.,0
/FKX,4,0,0
/FKY,0,0,0
/ABL,1;
1429,/SPZ,ZFTEADML,{Zeitkonstante (bzw.Integrationsgeschw.) für Beladungsfaktor},4
$CA95,$CA95
/SPW,209,1,  0., 3.1875
/SPX,107,1,  0., 409.6,9
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
1430,/SPZ,ZFTSVK,{Zeitkonstante für Filter Periodendauer der Sonde vor Katalysator},1
$F1E5,$F1E5
/SPW,284,1, 1., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1431,/SPZ,ZHZTABG,{Aufheizkonstante für Sondenheizung über Abgas},1
$C919,$C919
/SPW,42,1, 6.168094, 1572.864
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1432,/SPZ,ZHZUBF,{Zeitkonstante für Batteriespannungsfilter (Sollwert 5s)},1
$C918,$C918
/SPW,40,1, 1.542024, 393.216
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1433,/SPZ,ZIRS1,{Zeitkonstante für Integratorreset n > NSOL},1
$131BC,$131BC
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1434,/SPZ,ZIRS2,{Zeitkonstante für Integratorreset n < NSOL},1
$131BD,$131BD
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1435,/SPZ,ZKDTV,{Zeitkonstante für dtv-Integrator},1
$F1FD,$F1FD
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1436,/SPZ,ZKFRA,{Zeitkonstante für Fra-Integrator},1
$F1FB,$F1FB
/SPW,9,1, 1., 254.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1437,/SPZ,ZKFRM,{Zeitkonstante für Fr-Filter},1
$F1FA,$F1FA
/SPW,9,1, 1., 254.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1438,/SPZ,ZKTRA,{Zeitkonstante für tra-Integrator},1
$F1FC,$F1FC
/SPW,9,1, 1., 254.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1439,/SPZ,ZLAAF,{Zeitkonstante für Lambda-Amplitudenfilter},1
$F11D,$F11D
/SPW,35,1,0.0478027, 12.1897
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1440,/SPZ,ZLAF,{Zeitkonstante für Hochpaß-Filter Lambdasondensignal},1
$F11C,$F11C
/SPW,35,1,0.0478027, 12.1897
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1441,/SPZ,ZLLRAZ,{Adaptionszyklenzähler zum setzten des Zyklus-Flag Z_baa},1
$C945,$C945
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1442,/SPZ,ZLRHML
{Luftmassendurchsatz abhängige Zeitkonstante für Lambdaregler behind catalysator},2
$F0B5,$FAF7
/SPW,288,1,0.0610352, 15.56396
/SPX,106,1,  0., 408.,7
/SPY,0,0,  0.,  0.,0
/FKX,5,0,0
/FKY,0,0,0
/ABL,1;
1443,/SPZ,ZMFBAB,{Anzahl Abtastungen für Funktionsprüfung MIL-Request-Leitung},1
$F26A,$F26A
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1444,/SPZ,ZMFBK,{Anzahl Zyklen für Masseschlusserkennung der MIL-Request-Leitung},1
$F269,$F269
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1445,/SPZ,ZMFBM,{Anzahl Zyklen für MIL-Ausschalten},1
$F268,$F268
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1446,/SPZ,ZMFBN,{Anzahl Zyklen für MIL-Einschalten},1
$F267,$F267
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1447,/SPZ,ZMGRW,{Time constant of the filter matrix for values dav},1
$F121,$F121
/SPW,34,1, 0.35852, 91.42272
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1448,/SPZ,ZMLTE,{Zeitkonstante für ml-Filter in beladungsabh. Tankentlüftung},1
$F118,$F118
/SPW,208,1, 0.196078, 50.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1449,/SPZ,ZNSM,{Zeitkonstante für Solldrehzahlabregelung},7
$C8B0,$D486
/SPW,29,1,0.0239014, 6.094848
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1450,/SPZ,ZQA,{Zeitkonstante für Luftvorsteuerung Adaption},1
$C942,$C942
/SPW,37,1, 0.764844, 195.0351
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1451,/SPZ,ZQAC,{Time constant for AC - engagement},1
$13228,$13228
/SPW,30,1, 0.100392, 25.6
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1452,/SPZ,ZQFSA,{Zeitkonstante bei Fahrstufe aus},1
$C93B,$C93B
/SPW,30,1, 0.100392, 25.6
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1453,/SPZ,ZQFSE,{Zeitkonstante bei Fahrstufe ein},1
$C93A,$C93A
/SPW,30,1, 0.100392, 25.6
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1454,/SPZ,ZQLLTL,{Zeitkonstante für Luftaufsteuerung beim Übergang LL in TL},1
$C93E,$C93E
/SPW,30,1, 0.100392, 25.6
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1455,/SPZ,ZQSOL,{Zeitkonstante für qsol-Filterung},1
$13229,$13229
/SPW,32,1,0.0119507, 3.047424
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1456,/SPZ,ZQTEML,{Auf-/Absteuergeschwindigkeit Spülrate},4
$CA84,$CA84
/SPW,167,1,  0., 1.938
/SPX,107,1,  0., 409.6,9
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
1457,/SPZ,ZQVNSM,{Zeitkonstante LLR - Vorsteuerung im Nachstart},7
$C890,$D0B6
/SPW,30,1, 0.100392, 25.6
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1458,/SPZ,ZQVSN,{Zeitkonstante Vorsteuerung für abnehmende Werte},1
$C93D,$C93D
/SPW,30,1, 0.100392, 25.6
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1459,/SPZ,ZQVSP,{Zeitkonstante Vorsteuerung für zunehmende Werte},1
$C93C,$C93C
/SPW,30,1, 0.100392, 25.6
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1460,/SPZ,ZSYNABR,{numner of ignitions for decision Adaptions abort},1
$F193,$F193
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1461,/SPZ,ZSYNAUSW,{number of ignitions Zündungen (Synchros) to evaluate},1
$F197,$F197
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1462,/SPZ,ZTFAN,{Filterzeitkonstante des Abgastemperaturmodell für Motorlüftersteuerung},1
$C929,$C929
/SPW,41,1, 24.67238, 6291.456
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1463,/SPZ,ZTLFLL,{Zeitkonstante tL-Filter, LL, Geschwindigkeit klein},1
$F1D9,$F1D9
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1464,/SPZ,ZTLFN,{Zeitkonstante tL - Filter},7
$13146,$13E68
/SPW,9,1,  0., 255.
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1465,/SPZ,ZTLFNN,{Time constant tL - Filters with negative load change},7
$13144,$13E58
/SPW,9,1,  0., 255.
/SPX,127,1,  0.,  0.,919
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1466,/SPZ,ZTLWNTL,{Zeitkonstante tlwk-Filter fallend (negativ)},4
$13307,$13307
/SPW,9,1,  0., 255.
/SPX,181,1,  0., 12.288,45
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
1467,/SPZ,ZTLWPTL,{Zeitkonstante tlwk-Filter ansteigend (positiv)},4
$132F6,$132F6
/SPW,9,1,  0., 255.
/SPX,181,1,  0., 12.288,45
/SPY,0,0,  0.,  0.,0
/FKX,17,4,0
/FKY,0,0,0
/ABL,0;
1468,/SPZ,ZUBKSTMX,{Anzahl Ubat-Bestimmungen < UBKST},1
$F195,$F195
/SPW,9,1,  0., 255.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1469,/SPZ,ZUKK,{Abregelfaktor Kurzzeitanteil},1
$13220,$13220
/SPW,60,1,  0., 0.996094
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1470,/SPZ,ZUKNST,{Abregelzeitkonstante ÜK-Faktor im Nachstart},1
$C9D7,$C9D7
/SPW,37,1, 0.764844, 195.0351
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1471,/SPZ,ZUKW,{Abregelfaktor Winkelanteil},1
$1321E,$1321E
/SPW,60,1,  0., 0.996094
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1472,/SPZ,ZVALM,{Abregelfaktor L-Speicher (tmot) VA},7
$C882,$CF56
/SPW,58,1,  0., 0.124512
/SPX,168,1,  0.,  0.,1202
/SPY,0,0,  0.,  0.,0
/FKX,16,0,0
/FKY,0,0,0
/ABL,0;
1473,/SPZ,ZWDAUSDK,{Throttle angle limit for ZWD-off},1
$C949,$C949
/SPW,276,1, 4.166667, 95.83334
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1474,/SPZ,ZWDAUSN,{N-limit for ZWD-off},1
$C948,$C948
/SPW,128,1, 150., 6000.
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1475,/SPZ,ZWDK,{Zeitkonstante für Leerlaufwinkeladaption},1
$F21D,$F21D
/SPW,33,1, 0.119507, 30.47424
/SPX,0,0,  0.,  0.,0
/SPY,0,0,  0.,  0.,0
/FKX,0,0,0
/FKY,0,0,0
/ABL,0;
1,/REG,ACDRUCK,{AD value of AC pressure transducer},6,0,{kPa},4,6,-175.983, 3275.98
/REP, 229.,  0.,  0., 3100., 13.,  0.;
2,/REG,ACDRUCK256,{AD value of AC pressure transducer (for FKLs)},6,0,{kPa},4,6,-175.983, 3289.52
/REP, 229.,  0.,  0., 3100., 13.,  0.;
3,/REG,ACDRUCK_RE,{Pressure difference of AC pressure transducer},6,0,{kPa},4,6,  0., 3451.97
/REP, 229.,  0.,  0., 3100.,  0.,  0.;
4,/REG,AESAZAD,{Maximale Geberrad Toleranz},6,0,{%},1,6,  0., 1.5564
/REP, 32768.,  0.,  0., 200.,  0.,  0.;
5,/REG,ANFSTEIG,{Steigung der Hochregelung für Anfettung KAT-Schutz},6,0,{%/ms},1,6,  0.
 8.36772
/REP, 30.4742,  0.,  0., 1.,  0.,  0.;
6,/REG,BLIBLO,{anzahl der blinkcode-bloecke},6,0,{1},1,6, 3., 3.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
7,/REG,BMLA,{BM-Lage},6,0,{grad KW},3,6, 6., 197.25
/REP, 1.,  0.,  0., 0.75,-8.,  0.;
8,/REG,B_XSTAT,{Dekodierung XSTAT},10,1,{},2,6,  0., 15.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
9,/REG,DEZ,{1 : 1 Translation (dec / hex)},6,0,{dez.},3,3,  0., 255.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
10,/REG,DEZ256,{1 : 1 Umrechnung (dez/hex)},6,0,{dez.},3,6,  0., 256.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
11,/REG,DEZ_16,{1 : 1 Umrechnung 16-Bit},6,0,{dez.},5,5,  0., 65535.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
12,/REG,DEZ_16S,{1 : 1 Umrechnung (dez/hex) vorzeichenbehaftet},6,0,{dez.},5,6,-32768.
 32767.
/REP, 1.,  0.,  0., 1.,  0., 65536.;
13,/REG,DEZ_TEMP,{1 : 1 Umrechnung (dez/hex) mit Dimension Grad C},6,0,{grad C},3,3,  0.
 255.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
14,/REG,DLAHKUMR,{1 inc equals factor: 0.000625},6,0,{-},1,6,  0., 0.15937
/REP, 1600.,  0.,  0., 1.,  0.,  0.;
15,/REG,DLAMBDA,{Lambda - Differenz zu Lambda 1},6,0,{ },0,6,-.0635,0.064
/REP,-1.,0.064,  0., 0.50000E-3,  0.,  0.;
16,/REG,DMXRLU,{Laufunruhewert pro Zuendung},6,0,{(Umdr/s)^2/NW},2,6,  0., 32.9844
/REP, 1.,  0.,  0., 0.12935,  0.,  0.;
17,/REG,DNALU,{delta-n},6,0,{1/min / s},5,6,  0., 80330.1
/REP,0.095232,  0.,  0., 30.,  0.,  0.;
18,/REG,DREFP,{Normierten Ref.pegel fuer K-Faktor},6,0,{dez.},1,3,  0., 4.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
19,/REG,DTLALU,{LOADCHANGE per second},6,0,{ms/s},3,6,  0., 342.742
/REP,0.023808,  0.,  0.,0.032,  0.,  0.;
20,/REG,DTLBA,{Delta TL fuer BA},6,0,{ms},1,6,  0., 8.16
/REP, 1.,  0.,  0.,0.032,  0.,  0.;
21,/REG,DTLW,{delta-TLW(KF) positiv pro 12ms},6,0,{ms/12ms},2,6,  0., 12.288
/REP, 1.,  0.,  0.,0.048,  0.,  0.;
22,/REG,DTLW_SGN,{delta-tlw (8bit,vorzeichen)},6,0,{ms},1,6,-6., 6.
/REP, 1.,  0.,  0.,0.048,  0., 256.;
23,/REG,DUPBA,{Delta Luftmasse},6,0,{-},1,6,  0., 4.08
/REP, 1.,  0.,  0.,0.016,  0.,  0.;
24,/REG,DWDK,{delta Drosselklappenwinkel ueber 12ms},6,0,{grad DK/12ms},3,6,  0., 106.25
/REP, 230.4,  0.,  0., 96.,  0.,  0.;
25,/REG,DWF,{(delta-)wandfilmkennlinie (16bit)},6,0,{ms},4,6,  0., 1572.84
/REP, 1.,  0.,  0.,0.024,  0.,  0.;
26,/REG,DWF_H,{delta-wandfilmkennlinie, highbyte, betrag},6,0,{ms},4,6,  0., 1566.72
/REP, 1.,  0.,  0., 6.144,  0.,  0.;
27,/REG,DWF_L,{delta-wandfilmkennlinie, lowbyte, betrag},6,0,{ms},1,6,  0., 6.12
/REP, 1.,  0.,  0.,0.024,  0.,  0.;
28,/REG,DWF_SGN,{delta-wandfilmkennlinie (16bit,vorzeichen)},6,0,{ms},3,6,-786., 786.
/REP, 1.,  0.,  0.,0.024,  0., 65536.;
29,/REG,EX16L,{PT1-Funktion 16 Bit, LLR-Zeitraster},6,0,{s},1,6,0.023901, 6.09485
/REP,  0., 6.09485, 1.,  0.,  0.,  0.;
30,/REG,EX16M,{PT1-Funktion 16 Bit, Programmlaufzeitraster},6,0,{s},2,6, 0.10039, 25.6
/REP,  0., 25.6, 1.,  0.,  0.,  0.;
31,/REG,EX16M_V,{PT1-Funktion 16 Bit, Hintergrundprogrammlaufzeit variabel},6,0,{s},2,6
0.096376, 24.576
/REP,  0., 24.576, 1.,  0.,  0.,  0.;
32,/REG,EX16T,{PT1-Funktion 16 Bit, Zeitraster},6,0,{s},1,6,0.011951, 3.04742
/REP,  0., 3.04742, 1.,  0.,  0.,  0.;
33,/REG,EX16T1,{PT1-Funktion 16 Bit, Zeitraster},6,0,{s},2,6, 0.11951, 30.4742
/REP,  0., 30.4742, 1.,  0.,  0.,  0.;
34,/REG,EX16T3,{PT1-Funktion 16 Bit, 300ms-Zeitraster},6,0,{s},2,6, 0.35852, 91.4227
/REP,  0., 91.4227, 1.,  0.,  0.,  0.;
35,/REG,EX16T4,{PT1-Funktion 16 Bit, 48ms-Zeitraster},6,0,{s},2,6,0.047803, 12.1897
/REP,  0., 12.1897, 1.,  0.,  0.,  0.;
36,/REG,EX16_320MS,{PT1-Funktion 16 Bit, Zeitraster - fuer HFM-Korrektur},6,0,{s},2,6
 0.38242, 97.5176
/REP,  0., 97.5176, 1.,  0.,  0.,  0.;
37,/REG,EX16_64M1,{PT1-Funktion 16 Bit, im 64*Main1-Raster},6,0,{s},3,6, 0.76484, 195.035
/REP,  0., 195.035, 1.,  0.,  0.,  0.;
38,/REG,EX24M,{PT1-Funktion 24 Bit, Programmlaufzeitraster},6,0,{s},4,6, 25.7004, 6553.6
/REP,  0., 6553.6, 1.,  0.,  0.,  0.;
39,/REG,EX24M2K,{PT1-Funktion 24 Bit, korr., doppeltes Programmlaufzeitraster},6,0,{s},3,6
 0.77101, 196.608
/REP,  0., 393.216, 2.,  0.,  0.,  0.;
40,/REG,EX24MK,{PT1-Funktion 24 Bit, korrigiertes Programmlaufzeitraster},6,0,{s},3,6
 1.54202, 393.216
/REP,  0., 393.216, 1.,  0.,  0.,  0.;
41,/REG,EX24MK16,{PT1-Filter 24 Bit, korr. Programmlaufzeitraster, 16x untersetzt},6,0,{s}
4,6, 24.6724, 6291.46
/REP,  0., 6291.46, 1.,  0.,  0.,  0.;
42,/REG,EX24MK4,{PT1-Filter 24 Bit, korr. Programmlaufzeitraster, 4x untersetzt},6,0,{s},4
6, 6.16809, 1572.86
/REP,  0., 1572.86, 1.,  0.,  0.,  0.;
43,/REG,EX24T,{PT1-Funktion 24 Bit, Zeitraster},6,0,{s},3,6, 3.05937, 780.141
/REP,  0., 780.141, 1.,  0.,  0.,  0.;
44,/REG,EX24T1,{PT1-Funktion 24 Bit, Zeitraster},6,0,{s},4,6, 6.11875, 1560.28
/REP,  0., 1560.28, 1.,  0.,  0.,  0.;
45,/REG,F32ZAD,{Toleranz Geberrad bezogen auf Segmentlaenge},6,0,{%},3,6,-100., 99.997
/REP, 327.68, 32768.,  0., 1.,  0.,  0.;
46,/REG,FABSALU,{Abreglung BS-Sensor},6,0,{g/s},1,6,  0., 4.0858
/REP, 780.141,  0.,  0., 12.5,  0.,  0.;
47,/REG,FAKT_LR,{faktor 0...8},6,0,{-},1,4,  0., 7.96875
/REP, 1.,  0.,  0.,0.03125,  0.,  0.;
48,/REG,FD_DKHA,{delta Faktor DK-Höhenadaption},6,0,{-},-1,6,  0., 0.25500E-2
/REP, 1.,  0.,  0., 1.00000E-5,  0.,  0.;
49,/REG,FK65536,{Korrekturfaktor 1 entspricht 2^16},6,0,{-},-1,6,  0., 0.38910E-2
/REP, 65536.,  0.,  0., 1.,  0.,  0.;
50,/REG,FKT127,{fuer amplitudenverhaeltnis lambdaschwingungen},6,0,{1},1,6,  0., 1.
/REP, 127.,  0.,  0., 1.,  0.,  0.;
51,/REG,FKT128,{Korrekturfaktor 1 entspricht 128},6,0,{-},1,6,  0., 1.99219
/REP, 128.,  0.,  0., 1.,  0.,  0.;
52,/REG,FKT16,{Korrekturfaktor 1 entspricht 16},6,0,{-},2,6,  0., 15.9375
/REP, 16.,  0.,  0., 1.,  0.,  0.;
53,/REG,FKT16384_2,{Faktor 0.0156 entspricht 256},6,0,{-},0,6,  0.,0.015625
/REP, 16384.,  0.,  0., 1.,  0.,  0.;
54,/REG,FKT1_256,{Correction factor 1 corresponds to 0 increments},6,0,{-},1,6, 1., 1.99609
/REP, 256.,  0.,  0., 1.,-256.,  0.;
55,/REG,FKT1_2B,{16bit-faktor mit phys[0;256[},6,0,{},3,6,  0., 255.996
/REP, 65536.,  0.,  0., 256.,  0.,  0.;
56,/REG,FKT1_2_2B,{16bit-faktor mit phys[0;256[ *2},6,0,{},3,6,  0., 511.992
/REP, 65536.,  0.,  0., 512.,  0.,  0.;
57,/REG,FKT2,{fuer UK-anreicherungsfaktoren (xfbak...)},6,0,{1},3,6,  0., 127.5
/REP, 2.,  0.,  0., 1.,  0.,  0.;
58,/REG,FKT2048,{Faktor 0.125 entspricht 256},6,0,{-},1,6,  0., 0.12451
/REP, 2048.,  0.,  0., 1.,  0.,  0.;
59,/REG,FKT255,{Korrekturfaktor 1 entspricht 255},6,0,{-},1,6, 0.39062E-2, 1.
/REP, 256.,  0.,  0., 1.,-1.,  0.;
60,/REG,FKT256,{Korrekturfaktor 1 entspricht 256},6,0,{-},1,6,  0., 0.99609
/REP, 256.,  0.,  0., 1.,  0.,  0.;
61,/REG,FKT256_10D,{Korrekturfaktor 10 entspricht 256},6,0,{hPa/s},1,6,  0., 9.96094
/REP, 256.,  0.,  0., 10.,  0.,  0.;
62,/REG,FKT256_12D,{Korrekturfaktor 10 entspricht 256},6,0,{hPa/s},2,6,  0., 10.
/REP, 256.,  0.,  0., 10.,  0.,  0.;
63,/REG,FKT256_16,{Korrekturfaktor 16 entspricht 256},6,0,{-},2,6,  0., 15.9375
/REP, 256.,  0.,  0., 16.,  0.,  0.;
64,/REG,FKT256_20D,{Korrekturfaktor 20 entspricht 256},6,0,{hPa/s},2,6,  0., 19.9219
/REP, 256.,  0.,  0., 20.,  0.,  0.;
65,/REG,FKT256_5D,{Korrekturfaktor 5 entspricht 256},6,0,{hPa/s},1,6,  0., 4.98047
/REP, 256.,  0.,  0., 5.,  0.,  0.;
66,/REG,FKT2_2B,{16bit-faktor mit phys[0;128[},6,0,{},3,6,  0., 127.998
/REP, 65536.,  0.,  0., 128.,  0.,  0.;
67,/REG,FKT2_2_2B,{16bit-faktor mit phys[0;128[ *2},6,0,{},3,6,  0., 255.996
/REP, 65536.,  0.,  0., 256.,  0.,  0.;
68,/REG,FKT32,{Korrekturfaktor 1 entspricht 32 counts},6,0,{-},1,6,  0., 7.96875
/REP, 32.,  0.,  0., 1.,  0.,  0.;
69,/REG,FKT32_2B,{16bit-faktor mit phys[0;8[},6,0,{},1,6,  0., 7.99988
/REP, 65536.,  0.,  0., 8.,  0.,  0.;
70,/REG,FKT512,{Faktor 0.5 entspricht 512},6,0,{-},1,6,  0., 0.49805
/REP, 512.,  0.,  0., 1.,  0.,  0.;
71,/REG,FKT512_4,{Faktor 0.75 entspricht 0 Inkr. Faktor 1.25 enspricht 255 Inkr.},6,0,{-}
1,6, 0.75, 1.25
/REP, 512.,  0.,  0., 1.,-384.,  0.;
72,/REG,FKT64,{Korrekturfaktor 1 entspricht 64},6,0,{-},1,6,  0., 3.98438
/REP, 64.,  0.,  0., 1.,  0.,  0.;
73,/REG,FKT8,{Korrekturfaktor 1 entspricht 8},6,0,{-},2,6,  0., 31.875
/REP, 8.,  0.,  0., 1.,  0.,  0.;
74,/REG,FKTI256,{Umrechnung Pulsationskorrektur HLM},6,0,{ },1,5, 0.39062E-2, 1.
/REP,-256., 256.,  0., 1.,  0.,  0.;
75,/REG,FKTP256,{Prozentfaktor 100% entspricht 256},6,0,{%},2,6,  0., 99.6094
/REP, 256.,  0.,  0., 100.,  0.,  0.;
76,/REG,FKT_128_2,{Korrekturfaktor 1 entspricht 128},6,0,{-},1,6,  0., 2.
/REP, 128.,  0.,  0., 1.,  0.,  0.;
77,/REG,FKT_16_2,{Korrekturfaktor 1 entspricht 16},6,0,{-},2,6,  0., 16.
/REP, 16.,  0.,  0., 1.,  0.,  0.;
78,/REG,FKT_255_2,{Korrekturfaktor 1 entspricht 256},6,0,{-},1,6, 0.39062E-2, 1.00391
/REP, 256.,  0.,  0., 1.,-1.,  0.;
79,/REG,FKT_256_2,{Korrekturfaktor 1 entspricht 256},6,0,{-},1,6,  0., 1.
/REP, 256.,  0.,  0., 1.,  0.,  0.;
80,/REG,FKT_256_2D,{Korrekturfaktor 1 entspricht 256},6,0,{hPa/s},1,6,  0., 1.
/REP, 256.,  0.,  0., 1.,  0.,  0.;
81,/REG,FKT_64_2,{Korrekturfaktor 1 entspricht 64},6,0,{-},1,6,  0., 4.
/REP, 64.,  0.,  0., 1.,  0.,  0.;
82,/REG,FKT_8_2,{Korrekturfaktor 1 entspricht 8},6,0,{-},2,6,  0., 16.
/REP, 8.,  0.,  0., 1.,  0.,  0.;
83,/REG,FSGN128,{vorzeichenbehafteter Faktor vom Betrag 0 .. 0.99},6,0,{-},1,6,-1.
 0.99219
/REP, 128., 128.,  0., 1.,  0.,  0.;
84,/REG,FSGNN128,{Faktor 0 .. 1},6,0,{-},1,6,-0.99219, 1.
/REP,-128., 128.,  0., 1.,  0.,  0.;
85,/REG,FSWALU,{SCHWELLE BS-SENSOR},6,0,{g},2,6,  0., 12.4512
/REP, 256.,  0.,  0., 12.5,  0.,  0.;
86,/REG,F_MP1,{Faktor -1 ... +1},6,0,{-},1,6,-1., 0.99219
/REP, 128.,  0.,  0., 1., 128.,  0.;
87,/REG,GSTBIN,{Hexwert in Dezimalwert},6,0,{Kennlinien-Nr.},3,6,  0., 255.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
88,/REG,HOEHE,{Umgebungsdruck (Hoehengeber)},1,1,{hPa},4,6, 562.6, 1130.8
/REP,  0.,  0.,  0.,  0.,  0.,  0.;
89,/REG,INTST,{Integratorsteigung},6,0,{%/sec},3,6,  0., 174.328
/REP, 1.46276,  0.,  0., 1.,  0.,  0.;
90,/REG,IS,{Integratorsteigung},6,0,{%/sec},3,6,  0., 207.52
/REP, 1.2288,  0.,  0., 1.,  0.,  0.;
91,/REG,IVHI,{High-Byte Leerlauf-Regler XIVHI},6,0,{kg/h},2,6,-51.2, 50.8
/REP, 2.5, 128.,  0., 1.,  0.,  0.;
92,/REG,I_LR,{Slope of the LR-control factor},6,0,{%/s},2,5, 0.25636, 65.3728
/REP, 1.,  0.,  0., 0.25636,  0.,  0.;
93,/REG,YES_NO,{Entscheidungslogik},10,2,{},2,6, 1., 20.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
94,/REG,KEKRFSW,{Erhoehungsfaktor},6,0,{-},3,6, 1.00392, 256.
/REP,  0., 256., 1.,  0.,  0.,  0.;
95,/REG,KEKRSW,{Factor for knock detection},6,0,{},1,3, 1., 9.84615
/REP,  0.,-256., 1.,  0., 256.,  0.;
96,/REG,KFKSWF,{Anzahl Zuendaussetzer (Katschaedigend)},6,0,{ },3,6,  0., 255.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
97,/REG,KMH,{Geschwindigkeit},6,0,{km/h},3,3,  0., 255.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
98,/REG,KVB,{Durchfluß -> KVB = f(Durchfluß)},6,0,{ml/sec},2,5,  0., 52.0825
/REP, 1258.29,  0.,  0., 1.,  0.,  0.;
99,/REG,KVS,{Additive Korrekturfaktoren der LRA},6,0,{us},3,6,-512., 508.
/REP, 1.,  0.,  0., 4., 128.,  0.;
100,/REG,KVSB,{Betrag der Änderung in den additiven Korrekturfaktoren der LRA},6,0,{us},3
6,  0., 510.
/REP, 2.,  0.,  0., 4.,  0.,  0.;
101,/REG,LAHKUMR,{factor 0.92 ... 1 ... 1.08},6,0,{-},1,6, 0.92, 1.07938
/REP, 1600.,  0.,  0., 1.,-1472.,  0.;
102,/REG,LDR_P_PART,{P-Anteil LMR, 0% entspricht 128},6,0,{%},3,6,-100., 99.2188
/REP, 128., 12800.,  0., 100.,  0.,  0.;
103,/REG,LMRI,{I part the air mass control},6,0,{%},3,6,-100., 99.9969
/REP, 65536., 6.55360E6,  0., 200.,  0.,  0.;
104,/REG,LU_QLU,{Laufunruhewert},6,0,{(Umdr/s)^2},3,6,  0., 131.937
/REP, 1.,  0.,  0., 0.5174,  0.,  0.;
105,/REG,M02,{Steller-Luftmenge},6,0,{kg/h},2,6,  0., 51.
/REP, 5.,  0.,  0., 1.,  0.,  0.;
106,/REG,M16,{Steller-Luftmenge},6,0,{kg/h},3,6,  0., 408.
/REP, 0.625,  0.,  0., 1.,  0.,  0.;
107,/REG,M16_256,{Steller-Luftmenge (für Festkennlinien)},6,0,{kg/h},3,6,  0., 409.6
/REP, 0.625,  0.,  0., 1.,  0.,  0.;
108,/REG,MAX0_03,{Faktor 0.03 entspricht 255},6,0,{-},0,6,  0.,0.030118
/REP, 1.,  0.,  0., 0.11765E-3,  0.,  0.;
109,/REG,MAX0_0625,{Faktor 0.0625 entspricht 255},6,0,{-},0,6,  0.,0.062745
/REP, 1.,  0.,  0., 0.24510E-3,  0.,  0.;
110,/REG,ML,{Air mass flow},6,0,{kg/h},2,6,  0., 31.875
/REP, 1.,  0.,  0., 0.125,  0.,  0.;
111,/REG,ML2BYTE,{Luftmassenfluss 2 Bytes},6,0,{kg/h},4,6,  0., 8191.88
/REP, 1.,  0.,  0., 0.125,  0.,  0.;
112,/REG,MSRAST,{ansteuerung tankentlueftungsventil},6,0,{ms},3,6,  0., 244.8
/REP, 1.,  0.,  0., 0.96,  0.,  0.;
113,/REG,MSTELL,{Steller-Luftmenge},6,0,{kg/h},3,6,  0., 102.
/REP, 2.5,  0.,  0., 1.,  0.,  0.;
114,/REG,M_160E_3,{1 Ink. entspricht 32*TBGR5},6,0,{S},2,6,  0., 48.96
/REP, 1.,  0.,  0., 0.192,  0.,  0.;
115,/REG,M_80E_3,{1 Ink. entspricht 16*TBGR5},6,0,{S},2,6,  0., 24.48
/REP, 1.,  0.,  0.,0.096,  0.,  0.;
116,/REG,M_AIRM43,{ML durch KAT (0.08g/Ink in Zeitraster)},6,0,{g},4,6,  0., 6391.22
/REP, 4200.,  0.,  0., 409.6,  0.,  0.;
117,/REG,M_LUFT075,{UMF Luftmasse durch Katalysator},6,0,{g},3,6,  0., 227.37
/REP, 1.,  0.,  0., 0.89165,  0.,  0.;
118,/REG,M_LUFT10,{UMF Luftmasse durch Katalysator},6,0,{g},4,6,  0., 3183.18
/REP, 1.,  0.,  0., 12.483,  0.,  0.;
119,/REG,M_LUFT20,{UMF Luftmasse durch Katalysator (Kondenswassermodell)},6,0,{g},4,6,  0.
 6366.35
/REP, 1.,  0.,  0., 24.9661,  0.,  0.;
120,/REG,N,{Drehzahl},6,0,{1/min},4,6,  0., 7650.
/REP, 1.,  0.,  0., 30.,  0.,  0.;
121,/REG,N10,{Drehzahl in 10 Umdr. Quantisiert},6,0,{1/min},4,5,  0., 2550.
/REP, 1.,  0.,  0., 10.,  0.,  0.;
122,/REG,N10GRAD4,{n10-Drehzahlgradient über 4*MAIN1-Zeitraster},6,0,{1/min / s},5,6
-26671.7, 26461.7
/REP,0.047616,  0.,  0., 10.,  0., 256.;
123,/REG,N10_256,{Drehzahl q=10upm als source fuer FKL},6,0,{1/min},4,6,  0., 2560.
/REP, 1.,  0.,  0., 10.,  0.,  0.;
124,/REG,N256,{Drehzahl},6,0,{1/min},4,6,  0., 7680.
/REP, 1.,  0.,  0., 30.,  0.,  0.;
125,/REG,NGRAD,{Drehzahlgradient},6,0,{1/min / s},5,6,  0., 80645.2
/REP,0.095232,  0.,  0., 30.,  0.,  0.;
126,/REG,NGST,{Drehzahl-Stuetzstellen-Nr.},6,0,{-},1,6,  0., 7.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
127,/REG,NMOT,{rotational speed},6,0,{1/min},4,6,  0., 7650.
/REP, 1.,  0.,  0., 30.,  0.,  0.;
128,/REG,N_ZWD,{Drehzahl},6,0,{1/min},4,5, 150., 6000.
/REP, 1.,  0.,  0., 30.,  0.,  0.;
129,/REG,OK_NOK,{Fehlerlogik},10,3,{},2,6, 1., 20.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
130,/REG,P199,{Zeitumrechnung ZDTEAB in  Prozent/s},6,0,{%/s},3,6, 4.08497, 104.167
/REP,  0., 266667., 256.,  0.,  0.,  0.;
131,/REG,PDEZ,{1 Inkrement ist 1 hPa},6,0,{hPA},3,3,  0., 255.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
132,/REG,P_LR,{Prozentuale Aenderung des LR-Regelfaktors bei P-Sprung},6,0,{%},2,5,  0.
 12.4512
/REP, 1.,  0.,  0.,0.048828,  0.,  0.;
133,/REG,P_TANK,{Tankdruck mit Offset},6,0,{hPa},2,6,-31.25, 31.0059
/REP, 1.,  0.,  0., 0.24414, 128.,  0.;
134,/REG,P_TANK_OO,{Tankdruck ohne Offset; 1 Ink. = P_TANK_I hPa},6,0,{hPa},2,6,  0.
 62.2559
/REP, 1.,  0.,  0., 0.24414,  0.,  0.;
135,/REG,Q16,{Steller-Luftmenge},6,0,{kg/h},3,6,  0., 408.
/REP, 0.625,  0.,  0., 1.,  0.,  0.;
136,/REG,QKHTABG,{Heizwiderstandsänderung pro Abgastemperaturänderung},6,0,{Ohm/Grad C},0
6,  0.,0.089798
/REP, 20.,  0.,  0., 0.70430E-2,  0.,  0.;
137,/REG,QKHUB,{Heizwiderstandsänderung pro Batteriespannungsänderung},6,0,{Ohm/V},1,6
  0., 5.1
/REP, 5.,  0.,  0.,0.1,  0.,  0.;
138,/REG,QSTELL,{Steller-Luftmenge},6,0,{kg/h},3,6,  0., 102.
/REP, 2.5,  0.,  0., 1.,  0.,  0.;
139,/REG,QSTELL256,{Steller-Luftmassenstrom},6,0,{kg/h},2,6,  0., 25.6
/REP, 10.,  0.,  0., 1.,  0.,  0.;
140,/REG,RIH,{Probe heating resistance},6,0,{Ohm},2,6,  0., 91.953
/REP,0.019531,  0.,  0., 0.70430E-2,  0.,  0.;
141,/REG,SEC12_LR,{threshold: 1536 ms  1 inc= 12ms},6,0,{ms},4,4,  0., 3035.52
/REP, 1.,  0.,  0., 11.904,  0.,  0.;
142,/REG,SEC240,{ 285.7 ms Raster},6,0,{sec},2,4,  0., 72.8525
/REP, 1.,  0.,  0., 0.2857,  0.,  0.;
143,/REG,SEC60,{ 71.42 ms Raster},6,0,{sec},2,4,  0., 18.2131
/REP, 1.,  0.,  0.,0.071424,  0.,  0.;
144,/REG,SEC72,{72 ms Raster},6,0,{sec},2,4,  0., 18.2131
/REP, 1.,  0.,  0.,0.071424,  0.,  0.;
145,/REG,SEC96,{96 ms timer},6,0,{s},2,4,  0., 24.2842
/REP, 10.5007,  0.,  0., 1.,  0.,  0.;
146,/REG,SEC__60,{Umrechnung der Overboost-Abregelzeit},6,0,{sec},3,6, 2.29453, 585.105
/REP,  0., 585.105, 1.,  0.,  0.,  0.;
147,/REG,SEGMENT,{quantisierung 1 segment (:= 144 grad KW (5Cyl.))},6,0,{grad KW},5,6,  0.
 36720.
/REP, 1.,  0.,  0., 144.,  0.,  0.;
148,/REG,SIG64,{Quantisierung Beladungsfaktor High-Byte bei TEB14},6,0,{},2,6,-64., 63.5
/REP, 2.,  0.,  0., 1., 128.,  0.;
149,/REG,SLP_ENA,{Ein/Ausschalten SLP},2,2,{dez.},3,6,  0., 255.
/REP,  0.,  0.,  0.,  0.,  0.,  0.;
150,/REG,SPEED,{speed},6,0,{km/h},3,3,  0., 256.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
151,/REG,STKLINTNT,{Grenzwert der Integratorsteigung},6,0,{mV/ms},3,6,  0., 202.656
/REP, 1.,  0.,  0., 0.79473,  0.,  0.;
152,/REG,STUF,{segment-raster (144grdKW bei 5zyl)},6,0,{ Segmente},3,6,  0., 255.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
153,/REG,T10S,{10s-Zeitraster},6,0,{s},4,6,  0., 2550.
/REP, 1.,  0.,  0., 10.,  0.,  0.;
154,/REG,T16MAIN1,{16*MAIN1-Zeitraster},6,0,{s},2,6,  0., 48.5683
/REP, 1.,  0.,  0., 0.19046,  0.,  0.;
155,/REG,T1S,{1-sekunden-zaehler},6,0,{s},3,6,  0., 255.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
156,/REG,T256S,{256-sekunden-zaehler},6,0,{s},5,6,  0., 65280.
/REP, 1.,  0.,  0., 256.,  0.,  0.;
157,/REG,T300MS,{300ms-Zeitraster},6,0,{s},2,6,  0., 91.0656
/REP, 84.0054,  0.,  0., 30.,  0.,  0.;
158,/REG,T4800MS,{300ms-Zeitraster, 16-fach untersetzt},6,0,{s},4,6,  0., 1457.05
/REP, 84.0054,  0.,  0., 480.,  0.,  0.;
159,/REG,T500MS,{500ms-zeitraster},6,0,{s},3,6,  0., 127.5
/REP, 1.,  0.,  0., 0.5,  0.,  0.;
160,/REG,T64MAIN1,{64*main1-zeitraster},6,0,{s},3,6,  0., 194.273
/REP, 1.,  0.,  0., 0.76186,  0.,  0.;
161,/REG,T8MAIN1,{8*MAIN1-Zeitraster},6,0,{s},2,6,  0., 24.2842
/REP, 1.,  0.,  0.,0.095232,  0.,  0.;
162,/REG,TABG,{Abgastemperatur},6,0,{Grad C},3,3,-48., 972.
/REP, 1., 48.,  0., 4.,  0.,  0.;
163,/REG,TAU,{Tastverhaeltnis},6,0,{%},2,6,  0., 99.6094
/REP, 2.56,  0.,  0., 1.,  0.,  0.;
164,/REG,TB,{values for voltage correction},6,0,{ms},1,6,  0., 4.9725
/REP, 1.,  0.,  0.,0.0195,  0.,  0.;
165,/REG,TDIAG,{Diagnosezeiten},6,0,{s},2,6,  0., 30.3552
/REP, 84.0054,  0.,  0., 10.,  0.,  0.;
166,/REG,TDIAG1,{Diagnosezeiten},6,0,{s},3,6,  0., 303.552
/REP, 84.0054,  0.,  0., 100.,  0.,  0.;
167,/REG,TEIQ_064,{Änderung der Spülrate},6,0,{% (von max. Spülrate},1,6,  0., 1.938
/REP, 1.,  0.,  0., 0.76000E-2,  0.,  0.;
168,/REG,TEMP,{Kuehlmittel-Temperatur},6,0,{grad C},3,6,-44., 150.
/REP, 1.,  0.,  0., 1., 80.,  0.;
169,/REG,TEMP256,{Temperatur},6,0,{grad C},3,6,-80., 176.
/REP, 1.,  0.,  0., 1., 80.,  0.;
170,/REG,TEMPDIFF,{Temperaturdifferenz},6,0,{grad C},3,6,  0., 255.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
171,/REG,TFATEMP,{(Ansaug-)Luft-Temperatur},6,0,{grad C},3,6,-55., 150.
/REP, 1.,  0.,  0., 1., 80.,  0.;
172,/REG,TFREQ,{Frequenzprogramm-Zeitraster},6,0,{s},1,6,  0., 6.12
/REP, 1.,  0.,  0.,0.024,  0.,  0.;
173,/REG,TFZQTE,{Absteuerung FTEFVA wenn B_TEI -> 0},6,0,{s},3,6, 0.8, 204.
/REP,  0., 1000., 4.90196,  0.,  0.,  0.;
174,/REG,THLS,{Zeit fuer Theoretische Sondenbereitschaft},6,0,{S},3,6,  0., 391.68
/REP, 1.,  0.,  0., 1.536,  0.,  0.;
175,/REG,TIMHB,{Inkrement Timer-High-Byte},6,0,{ms},2,6,  0., 48.96
/REP, 1.,  0.,  0., 0.192,  0.,  0.;
176,/REG,TI_H,{TI - values for SEFI},6,0,{ms},3,6,  0., 130.56
/REP, 1.,  0.,  0., 0.512,  0.,  0.;
177,/REG,TI_H_256,{uebergabefaktor aus te-rechnung an SeFi-"modul"},6,0,{ms},5,6,  0.
 25067.5
/REP, 1.,  0.,  0., 98.304,  0.,  0.;
178,/REG,TI_H_D16,{ab bit 4 von startbereich-B1-te_h},6,0,{ms},4,6,  0., 1566.72
/REP, 1.,  0.,  0., 6.144,  0.,  0.;
179,/REG,TI_L,{16bit ti, low-quantisierung},6,0,{ms},3,6,  0., 131.07
/REP, 1.,  0.,  0., 0.20000E-2,  0.,  0.;
180,/REG,TL,{Load},6,0,{ms},2,6,  0., 12.24
/REP, 1.,  0.,  0.,0.048,  0.,  0.;
181,/REG,TL256,{Load for fixed characteristic lines / fields},6,0,{ms},2,6,  0., 12.288
/REP, 1.,  0.,  0.,0.048,  0.,  0.;
182,/REG,TLLR,{Zeitraster LLR},6,0,{s},1,6,  0., 6.07104
/REP, 42.0027,  0.,  0., 1.,  0.,  0.;
183,/REG,TLR,{Ueberwachungszeiten  Lambdaregelung},6,0,{s},2,6,  0., 91.0656
/REP, 1.,  0.,  0., 0.35712,  0.,  0.;
184,/REG,TLW,{Conversion time for KFTLW},6,0,{ms},2,6,  0., 12.24
/REP, 1.,  0.,  0.,0.048,  0.,  0.;
185,/REG,TLWF,{load for wall film-curve},6,0,{ms},2,6,  0., 12.288
/REP, 1.,  0.,  0.,0.048,  0.,  0.;
186,/REG,TL_H,{high-quantisierung von tl,te},6,0,{ms},5,6,  0., 25165.4
/REP, 1.,  0.,  0., 0.384,  0.,  0.;
187,/REG,TL_H_HALB,{high-quantisierung-halbe von tl,te},6,0,{ms},2,6,  0., 48.96
/REP, 1.,  0.,  0., 0.192,  0.,  0.;
188,/REG,TL_L,{16bit tl, low-quantization},6,0,{ms},2,6,  0., 98.3025
/REP, 1.,  0.,  0., 0.15000E-2,  0.,  0.;
189,/REG,TL_L_SGN,{16bit Gesamt-UK-te, vorzeichenbehaftet},6,0,{ms},2,6,-49.0005, 49.0005
/REP, 1.,  0.,  0., 0.15000E-2,  0., 65536.;
190,/REG,TL_N,{load difference},6,0,{ms},2,6,-12.24,  0.
/REP,-1.,  0.,  0.,0.048,  0.,  0.;
191,/REG,TMAIN,{Hauptprogrammlaufzeit},6,0,{s},2,6,  0., 25.5
/REP, 10.,  0.,  0., 1.,  0.,  0.;
192,/REG,TMAIN1,{Main1-Zeitraster},6,0,{s},1,6,  0., 3.03552
/REP, 1.,  0.,  0.,0.011904,  0.,  0.;
193,/REG,TMESS_2O,{2*Main1-Zeitraster, offset 1 count},6,0,{ms},4,6,  0., 6047.23
/REP, 1.,  0.,  0., 23.808, 1.,  0.;
194,/REG,TMESS_SGN,{tv-verlaengerung/-verkuerzung v. LRHK},6,0,{ms},4,6,-1523.71, 1511.81
/REP, 1.,  0.,  0., 11.904,  0., 256.;
195,/REG,TMHYS,{Temperaturhysterese},6,0,{grad C},2,6,  0., 40.146
/REP, 1.,  0.,  0., 0.6691,  0.,  0.;
196,/REG,TMPEBO,{Ebox-Temperatur},1,3,{grad C},3,6,-50., 150.
/REP,  0.,  0.,  0.,  0.,  0.,  0.;
197,/REG,TMSRC,{Main1-Zeitraster fuer MSR},6,0,{s},3,6,  0., 777.093
/REP, 1.,  0.,  0., 3.04742,  0.,  0.;
198,/REG,TNMAXD,{Ueberwachungszeit fuer NMAXD},6,0,{s},1,6,  0., 3.03552
/REP, 84.0054,  0.,  0., 1.,  0.,  0.;
199,/REG,TPSV,{Zeitumrechnung 1 Ink. entspricht 0.0238 s },6,0,{s},1,6,  0., 6.07104
/REP, 1.,  0.,  0.,0.023808,  0.,  0.;
200,/REG,TRSE,{Verzoegerungszeit fuer Lambda-Sonden, Betriebsbereitschaft},6,0,{S},2,6
  0., 12.24
/REP, 1.,  0.,  0.,0.048,  0.,  0.;
201,/REG,TSKOR_QT2,{Segmentdauerkorrektur},6,0,{us},3,6,-192., 190.5
/REP, 1.,  0.,  0., 1.5, 128.,  0.;
202,/REG,TSTD,{Standard-AbregeLzeit},6,0,{s},3,6, 3.04742, 780.141
/REP, 1.,  0.,  0., 3.04742,-1.,  0.;
203,/REG,TSTD1,{Zeitumrechnung 1 Ink. entspricht 256*TMESS},6,0,{s},3,6,  0., 777.093
/REP, 1.,  0.,  0., 3.04742,  0.,  0.;
204,/REG,TS_QT2,{Segmentdauerkorrektur},6,0,{us},3,6,  0., 382.5
/REP, 1.,  0.,  0., 1.5,  0.,  0.;
205,/REG,TV_128,{Zeitumrechnung 1 Ink. entspricht TMESS},6,0,{ms},4,4,-1523.71, 1511.81
/REP, 1.,  0.,  0., 11.904, 128.,  0.;
206,/REG,TV_LR,{Zeitumrechnung 1 Ink. entspricht TMESS},6,0,{ms},4,5,  0., 1511.81
/REP, 1.,  0.,  0., 11.904,  0.,  0.;
207,/REG,TWH,{Wiederholzeit},6,0,{s},3,6,  0., 153.
/REP, 1.,  0.,  0., 0.6,  0.,  0.;
208,/REG,TZMLTE,{Zeitkonstante für ML-Filter TEB},6,0,{s},2,6, 0.19608, 50.
/REP,  0., 1000., 20.,  0.,  0.,  0.;
209,/REG,T_0125,{Zeitumrechnung 1 Ink. entspricht 0.0125/ (%*s)},6,0,{%*s},1,6,  0.
 3.1875
/REP, 1.,  0.,  0.,0.0125,  0.,  0.;
210,/REG,T_100TCONV,{Zeitumrechnung 1 Ink. entspricht  0.600 s},6,0,{s},3,6,  0., 153.
/REP, 1.,  0.,  0., 0.6,  0.,  0.;
211,/REG,T_1024TCON,{Zeitumrechnung 1 Ink. entspricht  6.144 s},6,0,{s},4,6,  0., 1566.72
/REP, 1.,  0.,  0., 6.144,  0.,  0.;
212,/REG,T_12_MS,{Zeitumrechnung 1 Ink. entspricht 12 ms},6,0,{ms},4,6,  0., 3035.52
/REP, 1.,  0.,  0., 11.904,  0.,  0.;
213,/REG,T_12_MS_1,{Zeitumrechnung 1 Ink. entspricht 12 ms threshold: [1...FF]},6,0,{ms},4
6, 11.904, 3035.52
/REP, 1.,  0.,  0., 11.904,  0.,  0.;
214,/REG,T_12_MS_2,{Zeitumrechnung 1 Ink. entspricht 12 ms threshold: [1...1]},6,0,{ms},2
6, 11.904, 11.904
/REP, 1.,  0.,  0., 11.904,  0.,  0.;
215,/REG,T_12_MS_3,{Zeitumrechnung 1 Ink. entspricht 12 ms threshold: [8...FF]},6,0,{ms},4
6, 95.232, 3035.52
/REP, 1.,  0.,  0., 11.904,  0.,  0.;
216,/REG,T_12_MS_4,{Zeitumrechnung 1 Ink. entspricht 12 ms threshold: [1...2]},6,0,{ms},2
6, 11.904, 23.808
/REP, 1.,  0.,  0., 11.904,  0.,  0.;
217,/REG,T_12_MS_5,{Zeitumrechnung 1 Ink. entspricht 12 ms threshold: [9...FF]},6,0,{ms},4
6, 107.136, 3035.52
/REP, 1.,  0.,  0., 11.904,  0.,  0.;
218,/REG,T_1536TCON,{Zeitumrechnung 1 Ink. entspricht  9.216 s},6,0,{s},4,6,  0., 2350.08
/REP, 1.,  0.,  0., 9.216,  0.,  0.;
219,/REG,T_16TM_O12,{Zeitumrechnung 1 Ink. entspricht  0.190 s mit Offset 128},6,0,{s},2,6
-24.3794, 24.1889
/REP, 1.,  0.,  0., 0.19046, 128.,  0.;
220,/REG,T_1_SEC,{1s Raster},6,0,{sec},3,4,  0., 255.
/REP, 1.,  0.,  0., 1.,  0.,  0.;
221,/REG,T_2048TCON,{Zeitumrechnung 1 Ink. entspricht  12.29 s},6,0,{s},4,6,  0., 3133.44
/REP, 1.,  0.,  0., 12.288,  0.,  0.;
222,/REG,T_24,{Zeitumrechnung 1 Ink. entspricht 24 ms},6,0,{ms},4,6, 23.808, 6071.04
/REP, 1.,  0.,  0., 23.808,  0.,  0.;
223,/REG,T_24_MS,{Zeitumrechnung 1 Ink. entspricht 24 ms},6,0,{s},1,6,  0., 6.07104
/REP, 1.,  0.,  0.,0.023808,  0.,  0.;
224,/REG,T_256TCONV,{Zeitumrechnung 1 Ink. entspricht  1.536 s},6,0,{s},3,6,  0., 391.68
/REP, 1.,  0.,  0., 1.536,  0.,  0.;
225,/REG,T_2TCONV,{Zeitumrechnung 1 Ink. entspricht 0.0120 s},6,0,{s},1,6,  0., 3.06
/REP, 1.,  0.,  0.,0.012,  0.,  0.;
226,/REG,T_2TM,{Zeitumrechnung 1 Ink. entspricht 2 * 0.0119 s },6,0,{s},1,6,  0., 6.07104
/REP, 1.,  0.,  0.,0.023808,  0.,  0.;
227,/REG,T_3060_MS,{3.06 s timer  - 1 inc. = 3060 ms},6,0,{s},3,6,  0., 780.3
/REP, 1.,  0.,  0., 3.06,  0.,  0.;
228,/REG,T_3060_WFS,{3.06 s timer  - 1 inc. = 3060 ms},6,0,{s},3,6,  0., 599.76
/REP, 1.,  0.,  0., 3.06,  0.,  0.;
229,/REG,T_3072_MS,{Zeitumrechnung 1 Ink. entspricht 3.072 s},6,0,{s},3,6,  0., 783.36
/REP, 1.,  0.,  0., 3.072,  0.,  0.;
230,/REG,T_32D,{Zeitumrechnung 1 Ink. entspricht 0.25 hPa},6,0,{hPa},2,6,-32., 31.75
/REP, 1.,  0.,  0., 0.25,  0., 256.;
231,/REG,T_32D2,{Zeitumrechnung 1 Ink. entspricht 0.25 hPa},6,0,{hPa},2,6,  0., 31.75
/REP, 1.,  0.,  0., 0.25,  0., 256.;
232,/REG,T_32E_6,{Zeitumrechnung 1 Ink. entspricht 0.032 ms},6,0,{ms},1,6,  0., 8.16
/REP, 1.,  0.,  0.,0.032,  0.,  0.;
233,/REG,T_32E_6B,{Zeitumrechnung 1 Ink. entspricht 0.032 ms},6,0,{ms},1,6, 1.984, 8.16
/REP, 1.,  0.,  0.,0.032,  0.,  0.;
234,/REG,T_32TCONV,{Zeitumrechnung 1 Ink. entspricht  0.192 s},6,0,{s},2,6,  0., 48.96
/REP, 1.,  0.,  0., 0.192,  0.,  0.;
235,/REG,T_32TCONV2,{Zeitumrechnung 1 Ink. entspricht  0.192 s},6,0,{s},2,6,  0., 49.152
/REP, 1.,  0.,  0., 0.192,  0.,  0.;
236,/REG,T_48_MS,{Zeitumrechnung 1 Ink. entspricht 48 ms},6,0,{s},2,6,  0., 12.1421
/REP, 1.,  0.,  0.,0.047616,  0.,  0.;
237,/REG,T_4E_2,{Zeitumrechnung 1 Ink. entspricht 0.040 s},6,0,{s},2,6,  0., 10.2
/REP, 1.,  0.,  0.,0.04,  0.,  0.;
238,/REG,T_4E_3,{Zeitumrechnung 1 Ink. entspricht 0.004 s},6,0,{s},1,6,  0., 1.02
/REP, 1.,  0.,  0., 0.40000E-2,  0.,  0.;
239,/REG,T_4TM,{Zeitumrechnung 1 Ink. entspricht 0.0476 s},6,0,{s},2,6,  0., 12.1421
/REP, 1.,  0.,  0.,0.047616,  0.,  0.;
240,/REG,T_4TMS,{Zeitumrechnung 1 Ink. entspricht 0.0476 s},6,0,{s},2,6, 0.47616, 12.1421
/REP, 1.,  0.,  0.,0.047616,  0.,  0.;
241,/REG,T_50E_3,{Zeitumrechnung 1 Ink. entspricht 5*tmess},6,0,{s},2,6,  0., 15.1776
/REP, 1.,  0.,  0.,0.05952,  0.,  0.;
242,/REG,T_5S,{Zeitumrechnung 1 Ink. entspricht 5/256 s},6,0,{s},1,6,  0., 4.98047
/REP, 1.,  0.,  0.,0.019531,  0.,  0.;
243,/REG,T_64E_6,{Zeitumrechnung 1 Ink. entspricht 0.064 ms},6,0,{ms},2,6,  0., 16.32
/REP, 1.,  0.,  0.,0.064,  0.,  0.;
244,/REG,T_80E_3,{Zeitumrechnung 1 Ink. entspricht 80 ms},6,0,{s},2,6,  0., 20.4
/REP, 1.,  0.,  0.,0.08,  0.,  0.;
245,/REG,T_80S,{Zeitumrechnung 1 Ink. entspricht 0.32s},6,0,{s},2,6,  0., 81.6
/REP, 1.,  0.,  0., 0.32,  0.,  0.;
246,/REG,T_80S_2,{Zeitumrechnung 1 Ink. entspricht 0.32s},6,0,{s},2,6,  0., 81.92
/REP, 1.,  0.,  0., 0.32,  0.,  0.;
247,/REG,T_8TCONV,{Zeitumrechnung 1 Ink. entspricht 0.0480 s},6,0,{s},2,6,  0., 12.24
/REP, 1.,  0.,  0.,0.048,  0.,  0.;
248,/REG,T_9180_MS,{9.18 s timer  - 1 inc. = 9180 ms},6,0,{s},4,6, 9.18, 2340.9
/REP, 1.,  0.,  0., 9.18,  0.,  0.;
249,/REG,T_96_16MS,{Zeitumrechnung 1 Ink. entspricht 96 ms},6,0,{s},4,6,  0., 6241.03
/REP, 1.,  0.,  0.,0.095232,  0.,  0.;
250,/REG,T_96_2MS,{Zeitumrechnung 1 Ink. entspricht 96 ms},6,0,{s},2,6,  0., 24.3794
/REP, 1.,  0.,  0.,0.095232,  0.,  0.;
251,/REG,T_96_MS,{Zeitumrechnung 1 Ink. entspricht 96 ms},6,0,{s},2,6,  0., 24.2842
/REP, 1.,  0.,  0.,0.095232,  0.,  0.;
252,/REG,T_96_MSA,{Zeitumrechnung 1 Ink. entspricht 96 ms  ( >0 )},6,0,{s},2,6,0.095232
 24.2842
/REP, 1.,  0.,  0.,0.095232,  0.,  0.;
253,/REG,T_9S,{Zeitumrechnung 1 Ink. entspricht 9 s},6,0,{s},4,6,  0., 2295.
/REP, 1.,  0.,  0., 9.,  0.,  0.;
254,/REG,T_TM100,{Zeitumrechnung 1 Ink. entspricht 100ms},6,0,{s},2,5,  0., 30.3552
/REP, 1.,  0.,  0., 0.11904,  0.,  0.;
255,/REG,T_TM16_O12,{Zeitumrechnung 1 Ink. entspricht  0.744E-3 s mit Offset 128*256},6,0
{s},2,6,-24.3794, 24.3786
/REP, 16.,  0.,  0.,0.011904, 32768.,  0.;
256,/REG,T_TM2_O128,{Zeitumrechnung 1 Ink. entspricht (0.0119 / 2) s mit Offset 128},6,0,{s}
1,6,-0.76186, 0.7559
/REP, 2.,  0.,  0.,0.011904, 128.,  0.;
257,/REG,T_TM_O128,{Zeitumrechnung 1 Ink. entspricht 0.0119 s mit Offset 128},6,0,{s},1,6
-1.52371, 1.51181
/REP, 1.,  0.,  0.,0.011904, 128.,  0.;
258,/REG,U5VQ,{5V Spannung quantisiert in (5000/256)mV},6,0,{mV},4,6,  0., 4980.47
/REP, 1.,  0.,  0., 19.5313,  0.,  0.;
259,/REG,UB,{Batteriespannung},6,0,{V},2,6,  0., 17.537
/REP, 1.,  0.,  0.,0.07043,  0.,  0.;
260,/REG,UHLSO,{1 Volt an Shunt},6,0,{V},1,6,  0., 4.98047
/REP, 1.,  0.,  0.,0.019531,  0.,  0.;
261,/REG,UNTC,{Eingangspannung NTC},6,0,{V},1,6,  0., 4.98047
/REP, 51.2,  0.,  0., 1.,  0.,  0.;
262,/REG,UPO,{Ausgangspannung CO-Poti},6,0,{V},1,6,  0., 4.98047
/REP, 51.2,  0.,  0., 1.,  0.,  0.;
263,/REG,UPUV,{Up/Uv - Werte},6,0,{-},1,6,  0., 0.99609
/REP, 1.,  0.,  0., 0.39062E-2,  0.,  0.;
264,/REG,USON,{Spannungsschwelle Sondenueberwachung},6,0,{V},1,6,-0.17578, 1.06934
/REP, 256.,  0.,  0., 1.25, 36.,  0.;
265,/REG,USOND,{Spannungsschwelle Sondenueberwachung},6,0,{V},1,6,-0.17578, 1.06934
/REP, 256.,  0.,  0., 1.25, 36.,  0.;
266,/REG,USSAM,{Monitoring the oxygen sensor voltage limits},6,0,{V},1,5,-0.17722
 1.07278
/REP,-4., 4.2911,  0.,0.019608,  0.,  0.;
267,/REG,U_8B_ADC,{Kennlinie 8-Bit-ADC},1,4,{V},1,6,  0., 4.9707
/REP,  0.,  0.,  0.,  0.,  0.,  0.;
268,/REG,U_LAMP,{Lambdasondenspannungsamplitude},6,0,{V},1,5,  0., 1.25
/REP, 4.,  0.,  0.,0.019608,  0.,  0.;
269,/REG,U_LSON,{Lambdasondenspannung},6,0,{V},1,5,-0.17722, 1.07278
/REP, 4., 0.7089,  0.,0.019608,  0.,  0.;
270,/REG,U_LSONX,{erweiterte Lambdasondenspannung},6,0,{V},1,5,-0.7089, 0.5411
/REP, 4., 2.8356,  0.,0.019608,  0.,  0.;
271,/REG,VOL,{Volumenstrom},6,0,{m^3/h},1,5,  0., 6.63
/REP, 1.,  0.,  0.,0.026,  0.,  0.;
272,/REG,WDK,{Drosselklappenwinkel},6,0,{grad DK},2,6,  0., 95.8333
/REP, 230.4,  0.,  0., 96.,  0.,  0.;
273,/REG,WDK256,{Drosselklappenwinkel (fuer Dummy-Source)},6,0,{grad DK},3,6,  0., 106.667
/REP, 230.4,  0.,  0., 96.,  0.,  0.;
274,/REG,WDK_OB,{Drosselklappenwinkel fuer Turbokennfelder},6,0,{grad DK},3,6, 13.3333
 119.583
/REP, 230.4,  0.,  0., 96.,-32.,  0.;
275,/REG,WDK_OF,{Drosselklappenwinkel mit Offset},6,0,{grad DK},2,6,0.083333, 95.9167
/REP, 230.4,  0.,  0., 96., 12.8,  0.;
276,/REG,WDK_ZWD,{Drosselklappenwinkel},6,0,{grad DK},2,6, 4.16667, 95.8333
/REP, 230.4,  0.,  0., 96.,  0.,  0.;
277,/REG,WF,{fuel wall film-curve},6,0,{ms/NWU},3,6,  0., 783.36
/REP, 1.,  0.,  0., 3.072,  0.,  0.;
278,/REG,WSEFI,{Angle values ??for SEFI},6,0,{grad KW},3,6,-2., 574.
/REP,-1., 574.,  0., 6.,  0.,  0.;
279,/REG,ZAHN,{quantisierung 1 geberradzahn (:= 6 grad KW)},6,0,{grad KW},4,6,  0., 1530.
/REP, 1.,  0.,  0., 6.,  0.,  0.;
280,/REG,ZDG_R,{zuendraster im MAIN: q= ZDG_R (systemkonstante)},6,0,{ Zündungen},5,6,  0.
 10200.
/REP, 1.,  0.,  0., 40.,  0.,  0.;
281,/REG,ZDG_R2,{zuendraster im MAIN: q= 2*ZDG_R (systemkonstante)},6,0,{ Zündungen},5,6
  0., 20400.
/REP, 1.,  0.,  0., 80.,  0.,  0.;
282,/REG,ZD_KHAN,{delta Zeitkonstante negativ},6,0,{-},0,6,  0.,0.0153
/REP, 1.,  0.,  0., 0.60000E-4,  0.,  0.;
283,/REG,ZD_KHAP,{delta Zeitkonstante positiv},6,0,{-},-2,6,  0., 0.48450E-3
/REP, 1.,  0.,  0., 0.19000E-5,  0.,  0.;
284,/REG,ZFTSVK,{Anzahl der Periodendauerwerte fuer Mittelung DLSA},6,0,{ },3,6, 1., 255.
/REP,  0., 255., 1.,  0.,  0.,  0.;
285,/REG,ZKHA,{Zeitkonstante Höhenadaption},6,0,{sec},0,6,  0.,0.028305
/REP, 1.,  0.,  0., 0.11100E-3,  0.,  0.;
286,/REG,ZKSA,{time-constant current limiting boost hysteresis DNSA},6,0,{s},2,6,  0., 61.2
/REP, 40.,  0.,  0., 9.6,  0.,  0.;
287,/REG,ZLRHK4,{Zeitkonstante des Integralanteils fuer LR behind cat},6,0,{ms/s},2,3,  0.
 29.6438
/REP, 51.2,  0.,  0., 5.952,  0.,  0.;
288,/REG,ZLRHK6,{Time constant of the integral term for LR behind cat},6,0,{ms/s},2,4
0.061035, 15.564
/REP, 262144.,  0.,  0., 16000.,  0.,  0.;
289,/REG,ZWOF,{Firing angle with offset},6,0,{grad KW},2,6,-22.5, 75.
/REP, 1.,  0.,  0., 0.75, 30.,  0.;
290,/REG,ZWON,{Firing angle without offset},6,0,{grad KW},3,6,  0., 191.25
/REP, 1.,  0.,  0., 0.75,  0.,  0.;
291,/REG,ZWONN,{Firing angle without offset negative},6,0,{grad KW},3,6,-191.25,  0.
/REP,-1.,  0.,  0., 0.75,  0.,  0.;
292,/REG,ZWONN256,{Firing angle without offset negative},6,0,{grad KW},3,6,-192.,  0.
/REP,-1.,  0.,  0., 0.75,  0.,  0.;
293,/REG,ZWOUT,{Zuendwinkel  output},6,0,{grad KW},2,6,-24.75, 78.
/REP,-1., 78.,  0., 0.75,  0.,  0.;
294,/REG,ZWSPAE,{Zuendwinkel-Korrektur},6,0,{Grad KW},2,6,  0., 95.625
/REP, 255.,  0.,  0., 95.625,  0.,  0.;
295,/REG,ZWVERST,{Zuendwinkel - adjustment},6,0,{Grad KW},2,6,-90., 90.
/REP,-1.,  0.,  0., 0.75,  0., 256.;
296,/REG,ZWVERSTP,{Ignition angle adjustment: positive},6,0,{grad KW},2,6,-90., 90.
/REP, 1.,  0.,  0., 0.75,  0., 256.;
297,/REG,ZYLZAHL,{fuer zuendraster im BTN: q= anzahl zylinder},6,0,{Zündungen},4,6,  0.
 1280.
/REP, 1.,  0.,  0., 5.,  0.,  0.;
1,/VTB,B_XSTAT,10,7
/VWP,0,{TL},1,{VL},2,{LL},4,{ST},6,{ST},8,{SA},10,{SA};
2,/VTB,YES_NO,10,2
/VWP,0,{nein},1,{ja};
3,/VTB,OK_NOK,10,2
/VWP,0,{ok},1,{nicht ok};
1,/TAB,HOEHE,1,2
/WP,0, 1130.8,255, 562.6;
2,/TAB,SLP_ENA,2,2
/WP,0,  0.,255, 255.;
3,/TAB,TMPEBO,1,21
/WP,61,-50.,66,-40.,76,-20.,85,  0.,95, 20.,104, 40.,114, 60.,119, 70.,121, 75.,123, 80.
125, 85.,127, 90.,129, 95.,131, 100.,133, 105.,135, 110.,137, 115.,139, 120.,142, 130.,146
 140.,150, 150.;
4,/TAB,U_8B_ADC,1,3
/WP,0,  0.,1, 0.9765624E-2,255, 4.9707031;
1,/SRC,DKATIX,{Index fuer Amplitudenverhaeltnis [register]},$0000,1,10,2,2;
2,/SRC,DLASHKI,{required for KLLARHx},$0031,1,14,1,2;
3,/SRC,DMLFTEF,{Zwischensource für TEB  [register]},$0000,1,108,2,2;
4,/SRC,FKMLMA,{HFM-Korrekturfaktor High-Byte [overlay]},$002E,1,54,1,2;
5,/SRC,FTEFVA,{Zwischensource für TEB [register]},$0000,1,109,2,2;
6,/SRC,KL_NR,{schaltanzeige, gangerkennung (fest-KL) [dummy]},$0000,1,9,1,2;
7,/SRC,M16,{Luftmasse},$0097,1,106,1,2;
8,/SRC,M16FZLAAF,{ZLAAF-gefiltertes M16  [overlay f. cdate]},$0034,1,106,1,2;
9,/SRC,M16_256,{Luftmasse},$0097,1,107,2,2;
10,/SRC,N,{Drehzahl},$003B,1,120,1,2;
11,/SRC,N10_256,{Drehzahl q=10upm fuer 17er-FKL [dummy]},$003C,1,123,1,2;
12,/SRC,N2,{Drehzahl fuer 17er fest-KL [dummy]},$003B,1,124,2,2;
13,/SRC,NDEL,{LLR Regelabweichung (NLLM-N) [register]},$0000,1,121,2,2;
14,/SRC,NGRAD,{Drehzahlgradient},$0088,1,125,2,2;
15,/SRC,NMOT,{Drehzahl},$003B,1,127,2,2;
16,/SRC,OTVLR,{TV time (lamda dead time) [cdate overlay]},$0035,1,192,1,2;
17,/SRC,Q16,{Luftmasse},$0097,1,135,1,2;
18,/SRC,TI_H,{TI - Wert HOB},$006E,1,176,2,2;
19,/SRC,TL,{load},$0040,1,180,1,2;
20,/SRC,TL2B,{load},$0040,1,180,2,2;
21,/SRC,TLWF,{last fuer wandfilmkennlinie (dummy fuer FKL)},$0000,1,185,2,2;
22,/SRC,TMOT,{Motortemperatur},$0038,1,168,1,2;
23,/SRC,TMOT2,{Motortemperatur f. fest-KL uebergangskompensation [dummy]},$0038,1,169,2,2;
24,/SRC,TMOT2B,{Motortemperatur},$0038,1,168,2,2;
25,/SRC,UB,{Batteriespannung},$0036,1,259,1,2;
26,/SRC,UB2B,{Batteriespannung},$0036,1,259,2,2;
27,/SRC,USHK_I,{required for KLUSLA},$0030,1,269,1,2;
28,/SRC,VMESS,{Geschwindigkeit},$00B7,1,150,2,2;
29,/SRC,X2ZDG_R,{zuendungen: 2*ZDG_R},$FF4F,1,281,2,3;
30,/SRC,XAVKATF,{faktor amplitudenverhaeltnis vK/hK},$F9D5,1,79,2,3;
31,/SRC,XAZKH,{zuendzaehler ab LL=1->0 mit q=ZYLZAHL},$FCD8,1,297,2,3;
32,/SRC,XDTLUE,{delta TL ueber TUEDTL*12ms},$F8B1,1,180,2,3;
33,/SRC,XDTLW,{delta TLW (KF) over 12ms, positive source limited!},$F9FF,1,21,2,3;
34,/SRC,XFALMIT,{Sum of the ZW-late shows [register]},$FA84,1,292,2,3;
35,/SRC,XFR2,{Lambdaintegrator [dummy]},$0000,1,71,2,3;
36,/SRC,XFTEFVAB,{Spülratenbegrenzung},$F85B,1,53,2,3;
37,/SRC,XFTEFVAH,{Spülratenbegrenzung},$F84F,1,79,2,3;
38,/SRC,XGKOMP,{Kompentsationsgradient},$FDAA,1,80,2,3;
39,/SRC,XGUDAUF,{Unterdruckaufbaugradient},$FDAC,1,62,2,3;
40,/SRC,XKSTAA,{startadaptionsfaktor},$FA92,1,51,2,3;
41,/SRC,XQLLS,{Air mass flow through bypass controller},$F8D6,1,138,2,3;
42,/SRC,XTANS,{Ansaugluft-Temperatur},$F868,1,171,2,3;
43,/SRC,XTDTETVH,{Steuertimer DTES},$FDCB,1,250,2,3;
44,/SRC,XTE_H,{te im startbereich B1 fuer erstspritzmuster [doppelbel.]},$FFE3,1,178,2,3;
45,/SRC,XTLW,{next load signal},$F92B,1,181,2,3;
46,/SRC,XTMOTST,{Motortemperatur für Fest-KL. bei Start},$F866,1,169,2,3;
47,/SRC,XTWH,{Aufregelzeit bei Wiederholstart [dummy] (Abstellzeit Kl15aus -> Kl15ein)},$FAB2,1,227,2,3;
48,/SRC,XWDKBL,{DK-angle relative to LL [overlay]},$F923,1,272,2,3;
49,/SRC,XWDKBL2,{DK-Winkel fuer EDHFM [dummy]},$F923,1,273,2,3;
50,/SRC,XWDKOB,{DK-Winkel für Turbo-Kennfelder},$FFDC,1,274,2,3;
51,/SRC,XWDKVG,{virtueller DK-Winkel gesamt},$F8D5,1,272,2,3;
52,/SRC,XZDCTRABS,{ignitions from launching with q = ZDG_R (z.B. 40)},$FCC0,1,280,2,3;
53,/SRC,X_ACPRESS,{Air conditioning pressure},$F970,1,2,2,3;
54,/SRC,X_FDKHABH,{height-limited adaptation factor (high_byte)},$F8CE,1,51,2,3;
55,/SRC,X_GSTBIN,{Hexwert in Dezimalwert getriebeeingriff [dummy]},$FAFF,1,87,2,3;
56,/SRC,X_NGST,{Drehzahl-Stuetzstellen-Nr. getriebeeingriff [dummy]},$FAFD,1,126,2,3;
57,/SRC,X_SCHAST,{detected output},$FA94,1,9,2,3;
58,/SRC,ZUENZAE,{Anzahl der Zuendungen},$005E,1,10,2,2;
/UMP,%UR_RAM1,ASB,{  für VS100:  ASB (LOB,HOB)    |Faktor 1 entspr. 2^15|},$FB5B,514,45,F32ZAD,3,$FFFF,K;
/UMP,%UR_RAM1,ASC,{  für VS100:  ASC (LOB,HOB)    |Faktor 1 entspr. 2^15|},$FB5F,514,45,F32ZAD,3,$FFFF,K;
/UMP,%UR_RAM1,ASD,{  für VS100:  ASD (LOB,HOB)    |Faktor 1 entspr. 2^15|},$FB63,514,45,F32ZAD,3,$FFFF,K;
/UMP,%UR_RAM1,ASE,{  für VS100:  ASE (LOB,HOB)    |Faktor 1 entspr. 2^15|},$FB67,514,45,F32ZAD,3,$FFFF,K;
/UMP,%UR_RAM1,ASEF,{Aussetzer-Erkennungs Fetch-Pointer},$00C4,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ATV,{ aktueller Lernkennfeldwert: Regelfaktor der Lambdaregelung h.K},$FBC5,258,255,T_TM16_O12,3,$FFFF
K;
/UMP,%UR_RAM1,AVADZ,{DASE: number of burns in SA for adaptation},$00C7,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,AVKATA,{ = xavkat without compensation ( kldktml, kldkttv )},$F9D8,1,60,FKT256,3,$00FF,K;
/UMP,%UR_RAM1,AVKATF,{ = XAVKAT but with TP filter ( ZAVKAT )              },$F9D5,1,60,FKT256,3,$00FF,K;
/UMP,%UR_RAM1,CHNL_A,{ Adresse der Datenausgabe für Raster A},$FBE0,264,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,CHNL_B,{ Adresse der Datenausgabe für Raster B},$FBE8,276,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,CRCH_B,{Stall recognition: Buffer HOB CC0},$006B,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,CT_1MS,{Freilaufender 1ms-Zähler},$004D,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,DAV,{ Differenz des Lambdaamplitudenquotienten zum Grenzwert},$F9C8,1,83,FSGN128,3,$00FF,K;
/UMP,%UR_RAM1,DFRDTE,{ Regelfaktoraenderung: FR - FRDTER},$FDC8,1,83,FSGN128,3,$00FF,K;
/UMP,%UR_RAM1,DIS_TI,{flagbyte},$002B,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,DKATTIMER,{stop time for dkat ( derived from B_LL transient +-)},$F9DE,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,DLASHKB,{ = KLLARHx},$FBCB,1,60,FKT256,3,$00FF,K;
/UMP,%UR_RAM1,DNSA,{Time dependent boost hysteresis    |umr:nmot|},$0087,1,120,N,2,$00FF,K;
/UMP,%UR_RAM1,DTES_A,{},$FDA0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,DTES_E,{ Bis hier her werden alle DTES-RAMs bei LL <> 1},$FDCB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,DTLDLE,{ Verhältnis TL/XTLWKF                           |umr. FKT12},$FAFB,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,DTLW,{delta-TLW, source ist eventuell das gefilterte},$F9FF,1,22,DTLW_SGN,3,$00FF,K;
/UMP,%UR_RAM1,DZWDYV,{DYVH ignition angle correction |umr:ZWON(N),je nach vorz|},$00BA,1,291,ZWONN,2,$00FF,K;
/UMP,%UR_RAM1,DZWUEF,{delta ignition angle over output function |umr: ZWONN|},$0039,1,291,ZWONN,2,$00FF,K;
/UMP,%UR_RAM1,DZW_KR,{ KR-ignition-Corr.val       |umr:ZWON, 0.75 gradKW|},$0010,1,291,ZWONN,2,$00FF,K;
/UMP,%UR_RAM1,EREIGWD,{SW-event watchdog: reinit at main-start also},$0037,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ER_Z,{Event counter for fuer toothinterrupt},$004C,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FALLT,{KR: temporary memory instance depth      |umr: ZWONN|},$009F,1,291,ZWONN,2,$00FF,K;
/UMP,%UR_RAM1,FBAKL,{faktor BA (L+K-anteil) |q=8/256*16/256*2|},$F9EF,258,67,FKT2_2_2B,3,$FFFF,K;
/UMP,%UR_RAM1,FBANS,{afterstart factor in BA (filtered)     |q_hi= 8/256|},$F9FB,1,68,FKT32,3,$00FF,K;
/UMP,%UR_RAM1,FBAW,{faktor BA DK-anteil    |q=8/256*32/256*2|},$F9F7,258,56,FKT1_2_2B,3,$FFFF,K;
/UMP,%UR_RAM1,FDKHAB,{ Faktor DK-Höhenadaption begrenzt High-Byte    |umr:fkt128|},$F8CE,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,FESB1,{  für VS100:  FESB1 (LOB,HOB)  |Faktor 1 entspr. 2^15|},$FB6B,514,45,F32ZAD,3,$FFFF,K;
/UMP,%UR_RAM1,FESB2,{  für VS100:  FESB2 (LOB,HOB)  |Faktor 1 entspr. 2^15|},$FB6F,514,45,F32ZAD,3,$FFFF,K;
/UMP,%UR_RAM1,FLAG01,{flagbyte},$0022,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FLAG02,{flagbyte},$0023,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FLAG1,{flagbyte},$0025,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FLAG2,{flagbyte},$0026,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FLAG3,{flagbyte},$0027,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FLAG4,{flagbyte},$0028,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FLAG5,{flagbyte},$0029,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FLAG6,{flagbyte},$002A,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FLAGBM,{flagbyte},$0024,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FRMN,{ Minimalwert des Regelfaktors der LR   |fkt128|},$F828,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,FR_SYN,{Flagregister fuer Syncro-Programm},$009B,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FSTAUK,{wichtungsfaktor aus STADAP     |fkt128|},$F9FE,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,FVAKL,{faktor VA (L+K-anteil) |q=8/256*16/256|},$F9F1,258,66,FKT2_2B,3,$FFFF,K;
/UMP,%UR_RAM1,FVANS,{nachstartfktor bei BA  |q= 8/256|},$F9FD,1,68,FKT32,3,$00FF,K;
/UMP,%UR_RAM1,FVAW,{faktor VA DK-anteil    |q=8/256*32/256|},$F9F9,258,55,FKT1_2B,3,$FFFF,K;
/UMP,%UR_RAM1,FZABG,{Misfire Counter Cylinder selective Emissions Relevant.},$00BF,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FZABG2,{[2-6 sind dummy-symbole fuer VS100]},$00C0,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FZABG3,{},$00C1,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FZABG4,{},$00C2,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FZABG5,{},$00C3,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,FZKATS_H,{Summe Kat-schädigender Fehler HOB},$00BD,258,11,DEZ_16,2,$FFFF,K;
/UMP,%UR_RAM1,FZKATS_L,{Summe Kat-schädigender Fehler HOB},$00BE,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,GEBRAD_A,{},$FB4C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,GEBRAD_E,{},$FB71,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,HFKORR,{te-Gesamtkorrekturfaktor (High) (-> Synchro)},$005B,258,9,DEZ,2,$FFFF,K;
/UMP,%UR_RAM1,HMLC,{load detection: sample counter},$00A1,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,HMLH,{load detection: Air mass integrator High},$00A2,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,HMLL,{load detection: Air mass integrator Low},$00A4,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,HMLM,{load detection: Air mass integrator Middle},$00A3,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,IMLKAPR,{.#*>UR [M_AIRM43] ;ML-Integrator with fmlkama compensation},$FBDC,258,116,M_AIRM43,3,$FFFF,K;
/UMP,%UR_RAM1,IZ_AZKOAS,{Counter for AC off after starting |umr:zdg_r|},$00B9,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,KFABAK,{aufteilungsfaktor wandfilm bei BA      |fkt256|},$F9EB,1,60,FKT256,3,$00FF,K;
/UMP,%UR_RAM1,KFAVAK,{aufteilungsfaktor wandfilm bei VA      |fkt256|},$F9EC,1,60,FKT256,3,$00FF,K;
/UMP,%UR_RAM1,KRFLG1,{flagbyte},$002C,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,KRFLG2,{flagbyte},$002D,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,LAHK,{ Sollwert für linearisierte Spannung behind catalysator},$FBBF,1,101,LAHKUMR,3,$00FF,K;
/UMP,%UR_RAM1,LASHK,{ linearisierte Spannung behind catalysator},$FBD6,1,101,LAHKUMR,3,$00FF,K;
/UMP,%UR_RAM1,LASHKM,{ gefilterter LASHK},$FBD2,1,101,LAHKUMR,3,$00FF,K;
/UMP,%UR_RAM1,LASIGCNT,{ = counter for avarage value: ushkm ( high,low)},$FBD0,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,LASIGSUM,{ = addded xlahk ( periode: LR  ((+ p-part) til ( + p-part ))},$FBD3,259,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,LFKORR,{te-Gesamtkorrekturfaktor (Low) (-> Synchro)},$005C,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,LRPM_Z,{Zaehler fuer Abwuergeerkennung |cpuls, 12ms|},$00B6,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,M16,{},$0097,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,M16FH,{air mass flow: Filtered M16 high  |umr: Q16 [1.6 kg/h]},$0085,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,M16FL,{       '             '        '  low},$0086,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,M16_256,{},$0097,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,MCPAGE,{Adress-Highbyte f. xRAM im MCMESS Meßmodus},$006C,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,MC_PP,{parameter memory f. MCMESS-function calls},$008E,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,MFANFH,{ Messfensteranfang High-Byte   |256* 2 zyklen|},$0013,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,MFANFL,{ Messfensteranfang Low-Byte    |2 zyklen|},$0012,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,MFLENH,{ Messfensterlaenge High-Byte   |256* 2 zyklen|},$0015,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,MFLENL,{ Messfensterlaenge Low-Byte    |2 zyklen|},$0014,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ML,{load detection: diagnosed air mass HOB},$FCD4,258,111,ML2BYTE,3,$FFFF,K;
/UMP,%UR_RAM1,MLH,{load detection: air mass HOB},$00A5,258,111,ML2BYTE,2,$FFFF,K;
/UMP,%UR_RAM1,MLL,{load detection: air mass LOB   |umr: 0.125kg/h|},$00A6,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,MLNKA,{ air mass integrator to cut feed},$FBC2,1,117,M_LUFT075,3,$00FF,K;
/UMP,%UR_RAM1,ML_H,{O:xml_h  diagnosed air mass high},$002E,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ML_L,{O:xml_l  diagnosed air mass low},$002F,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,N10,{Drehzahl               |umr:N10, 10 [1/min]|},$003C,1,121,N10,2,$00FF,K;
/UMP,%UR_RAM1,N10_256,{[DAMOS-Source]},$003C,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,N2,{[DAMOS-Source]},$003B,1,120,N,2,$00FF,K;
/UMP,%UR_RAM1,NFI,{antiruckel: Drehzahlfilter HOB    |umr:N|},$008A,1,120,N,2,$00FF,K;
/UMP,%UR_RAM1,NGRAD,{Drehzahlgradient       |NMOT/.096 [1/min/s]|},$0088,1,125,NGRAD,2,$00FF,K;
/UMP,%UR_RAM1,NMOT,{Drehzahl               |umr:nmot, 30 [1/min]|},$003B,1,120,N,2,$00FF,K;
/UMP,%UR_RAM1,NSTAT,{is stationary speed        |umf: n10|},$F87C,1,121,N10,3,$00FF,K;
/UMP,%UR_RAM1,OVT2,{overflow counter fuer Timer 2},$003F,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,OW,{Open-angle control           |umr: ZAHN, 6grd|},$0057,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,O_FBANS,{O:xfbans  nachstartfaktor bei BA (gefiltert)},$0030,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,PHANTASIE,{fancy name for ump_bit-processing},$0020,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,PORTE1,{flagbyte},$0020,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,PTV,{ = dushkb * PLRH    ( 1 inc = 12 ms )},$FBCC,1,141,SEC12_LR,3,$00FF,K;
/UMP,%UR_RAM1,PW_B_H,{steuerung leerlaufsteller: Buffer bei CPULS-},$006A,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,PW_H,{leerlaufsteller: Pulsweite High},$0067,258,188,TL_L,2,$FFFF,K;
/UMP,%UR_RAM1,PW_L,{leerlaufsteller: Pulsweite Low},$0068,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,Q02,{air mass flow        |umr:M02, 0.2 [kg/h]|},$0096,1,105,M02,2,$00FF,K;
/UMP,%UR_RAM1,Q16,{air mass flow        |umr:Q16, 1.6 [kg/h]|},$0097,1,135,Q16,2,$00FF,K;
/UMP,%UR_RAM1,QAC,{air control: Filter Air compressor cut  |umr:QSTELL,},$0091,1,138,QSTELL,2,$00FF,K;
/UMP,%UR_RAM1,QFS,{air control: Filter Stoergroessenaufschaltg FS       |umr},$008F,1,138,QSTELL,2,$00FF,K;
/UMP,%UR_RAM1,QVS,{air control: basic air filter},$0093,1,138,QSTELL,2,$00FF,K;
/UMP,%UR_RAM1,QVSB,{air control: ready-control value |umr:QSTELL, 0.4 [kg/h]|},$0095,1,138,QSTELL,2,$00FF,K;
/UMP,%UR_RAM1,REFPE,{KR: Latch reference level  |umr: U5VQ|},$009E,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,RUVSR,{shift register for RUV},$0021,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,SACTR,{time-delay for SA |umr:TMAIN, 0.03 s|},$0089,1,191,TMAIN,2,$00FF,K;
/UMP,%UR_RAM1,SCPTR,{SCAN-Pointer   (lueckenpruefung...)},$0053,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,SDTLW,{dtlw-speicher drosselklappenanteil     |48us b.16MHz, vorz.},$F9F4,1,22,DTLW_SGN,3,$00FF,K;
/UMP,%UR_RAM1,SDWFK,{speicherinhalt wandfilmdiff. kurzzeitterm, high},$F9E2,258,28,DWF_SGN,3,$FFFF,K;
/UMP,%UR_RAM1,SDWFL,{speicherinhalt wandfilmdiff. langzeitterm, high},$F9E0,258,28,DWF_SGN,3,$FFFF,K;
/UMP,%UR_RAM1,SENSF,{KR: Sensorfolge (Zylinderabhaengig)},$0047,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,SK,{te-Shiftkonstante Gesamtkorrekturfaktor (-> Synchro)},$005D,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,SPDFRP,{[FKT128] Meßwert     Delta Fr bei Pumpenprüfung},$FAF0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,SPDFRV,{[FKT128] Meßwert     Delta Fr bei Ventilprüfung},$FAF1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,SPSWFRP,{[FKT128] Schwellwert Delta Fr bei Pumpenprüfung},$FAF2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,SPSWFRV,{[FKT128] Schwellwert Delta Fr bei Ventilprüfung},$FAF3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,STACK,{},$00C8,312,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,SW,{Dwell angle control        |umr: ZWON, 0.75 gradKW|},$0059,1,290,ZWON,2,$00FF,K;
/UMP,%UR_RAM1,SWOUT,{Ausgabeschliesswinkel (KFSW)   |umr: ZAHN, 6grd|},$0058,1,279,ZAHN,2,$00FF,K;
/UMP,%UR_RAM1,SZEITH,{Zeitausgabe Inkrementverfg. Schliessbeginn HOB},$0052,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,SZEITL,{Zeitausgabe Inkrementverfg. Schliessbeginn LOB},$0051,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,T2ALT_H,{T2-Capturewert für v-Erfassung, alt, High},$0099,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,T2ALT_L,{T2-Capturewert für v-Erfassung, alt, Low},$0098,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,T2ALT_OV,{T2-Overflow für v-Erfassung, alt},$009A,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,T2_H,{Capturewert von Timer2 für v-Erfassung (High)},$0049,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,T2_L,{Capturewert von Timer2 für v-Erfassung (Low)},$0048,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,T2_OV,{ Timer2-Überlauf für v-Erfassung},$0016,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TANS,{Ansauglufttemperatur/Umgebungstemp. |umr:TFATEMP|},$F868,1,171,TFATEMP,3,$00FF,K;
/UMP,%UR_RAM1,TATE,{Output duty cycle                 |umr:TAU, 1%|},$F84B,1,163,TAU,3,$00FF,K;
/UMP,%UR_RAM1,TATEI,{Errechnetes Tastv. (wirkt nicht bei DTEV, VL) | 0.39 [%]|},$F85A,1,163,TAU,3,$00FF,K;
/UMP,%UR_RAM1,TBGR5,{fuer laufzeitkorrigierte filter pt10/11v: hi-laufzeit.},$00B8,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TC6KATC,{ required for scatt mode 6},$F9D9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,TC6KATS,{ required for scatt mode 6},$F9DB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,TC6KATW,{ required for scatt mode 6},$F9DA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,TDLER,{ int. Entprellzähler zur Setzen von E_le        |t64main1=6},$FAFA,1,160,T64MAIN1,3,$00FF,K;
/UMP,%UR_RAM1,TDLES,{ int. Entprellzähler zum Zurücksetzen von E_le  |t64main1=6},$FAF9,1,160,T64MAIN1,3,$00FF,K;
/UMP,%UR_RAM1,TENHK,{ Wartezeittimer für Freigabe LR h.K nach Freigabe LR v.K},$FBC8,1,224,T_256TCONV,3,$00FF,K;
/UMP,%UR_RAM1,TEUKG,{gesamt-te-korrektur der UK, HOB |384us b.16MHz, vorz.|},$0061,258,189,TL_L_SGN,2,$FFFF,K;
/UMP,%UR_RAM1,TEUKG_L,{gesamt-te-korrektur der UK, LOB |1.5us b.16MHz|},$0062,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TEUKK,{ausgegebener kurzzeitanteil    |24us b.16MHz|},$F9E6,258,28,DWF_SGN,3,$FFFF,K;
/UMP,%UR_RAM1,TEUKL,{ausgegebener langzeitanteil    |24us b.16MHz|},$F9E4,258,28,DWF_SGN,3,$FFFF,K;
/UMP,%UR_RAM1,TEUKW,{auszugebender DK-anteil o. tmot-wichtg |48us b.16MHz, betra},$F9F5,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,TEUKWM,{DK-anteil der UK mit tmot-wichtung, HOB |384us b.16MHz, vor},$0063,258,189,TL_L_SGN,2,$FFFF,K;
/UMP,%UR_RAM1,TEUKWM_L,{DK-anteil der UK mit tmot-wichtung, LOB |1.5us b.16MHz|},$0064,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TE_H,{DOPPELBELEGUNG: schnellstart: das in initi (UE ti) (gecallt in iniclc)},$0013,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,THHASOLL,{einzurechnende Auszeit h. K. (0 oder THHAUB) [TMAIN1]},$FFF8,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,TI,{injection time HOB      |256*asic-quant|},$006E,258,179,TI_L,2,$FFFF,K;
/UMP,%UR_RAM1,TIZ,{Zahnzaehler fuer Ti-ausgabe},$0071,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TI_EV1,{an EV1 ausgeg. TI_H-Wert fuer ZSP-Berechng     |umr:ti_h|},$0076,1,176,TI_H,2,$00FF,K;
/UMP,%UR_RAM1,TI_EV2,{an EV2 ausgeg. TI_H-Wert fuer ZSP-Berechng     |umr:ti_h|},$0077,1,176,TI_H,2,$00FF,K;
/UMP,%UR_RAM1,TI_EV3,{an EV3 ausgeg. TI_H-Wert fuer ZSP-Berechng     |umr:ti_h|},$0078,1,176,TI_H,2,$00FF,K;
/UMP,%UR_RAM1,TI_EV4,{an EV4 ausgeg. TI_H-Wert fuer ZSP-Berechng     |umr:ti_h|},$0079,1,176,TI_H,2,$00FF,K;
/UMP,%UR_RAM1,TI_EV5,{an EV5 ausgeg. TI_H-Wert fuer ZSP-Berechng     |umr:ti_h|},$007A,1,176,TI_H,2,$00FF,K;
/UMP,%UR_RAM1,TI_EV6,{an EV6 ausgeg. TI_H-Wert fuer ZSP-Berechng     |umr:ti_h|},$007B,1,176,TI_H,2,$00FF,K;
/UMP,%UR_RAM1,TI_L,{injection time LOB      |asic-quant: 32/fosc|},$006F,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TI_NR,{Nummer des auszuloesenden TI's},$0072,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TI_STACK,{},$0076,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TK0,{Lowbyte},$00B5,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TK1,{Lowbyte},$00B2,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TK2,{Lowbyte},$00AF,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TK3,{Lowbyte},$00AC,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TKSB,{Lowbyte        := tk3_alt},$00A9,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TL,{8bit-load              |0.05 [ms]|},$0040,1,180,TL,2,$00FF,K;
/UMP,%UR_RAM1,TL256,{[DAMOS-Source]},$0040,1,180,TL,2,$00FF,K;
/UMP,%UR_RAM1,TL2B,{[DAMOS-Source]},$0040,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TLA_H,{TL-Alt für Aussetzer-Erkennung HOB},$00C6,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TLA_L,{TL-Alt für Aussetzer-Erkennung LOB},$00C5,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TLFI_L,{Lowbyte Tl-Filter},$005F,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TLMX,{Bereitstellung TLMAX-schwelle  |umr:tl, 50us|},$008C,1,180,TL,2,$00FF,K;
/UMP,%UR_RAM1,TLROH,{tl_h vor filterung     |quant wie tl_h|},$0081,1,180,TL,2,$00FF,K;
/UMP,%UR_RAM1,TLWA,{XTLW alt               |umr:tl, 48us bei 16MHz|},$F9F3,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,TLWK,{ corrected TLW-side load signal              |umr:tl, 50 us |},$F8D8,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,TLWKF,{filtered load next signal    |UMF:tl, hibyte|},$F8FD,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,TL_16,{loadword (16Bit) HOB   |timer2_high|},$0041,258,188,TL_L,2,$FFFF,K;
/UMP,%UR_RAM1,TL_L,{loadword (16Bit) LOB   |timer2_low|},$0042,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TMABS,{ Motortemperatur beim letzten Motorabstellen, nur gueltig},$F951,1,168,TEMP,3,$00FF,K;
/UMP,%UR_RAM1,TMOT,{plausibilised engine temperature  |umr:TEMP, cts - 80|},$0038,1,168,TEMP,2,$00FF,K;
/UMP,%UR_RAM1,TMOT2,{[DAMOS-Source]},$0038,1,168,TEMP,2,$00FF,K;
/UMP,%UR_RAM1,TMOT2B,{[DAMOS-Source]},$0038,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TN6E,{corresponds to TN6_E aus Syncro},$009D,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TN6M,{corresponds to TN6_M aus Syncro      |=Zeit für 1.5°KW; timer2-},$009C,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TN_E,{tn-Exponent: 6zyl: 120gradKW},$003E,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TN_M,{tn-Mantisse: 6zyl: 120gradKW},$003D,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TRADTV,{LR: kombinierter addit. Korrekturwert der Adaption (LRA)},$0065,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TRGSEGAD,{ Basisadresse des 64 Byte-Triggersegments},$FBC0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,TRGSEG_A,{ Triggeradresse für Raster A (winkelsynchron)},$FBFC,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,TRGSEG_B,{ Triggeradresse für Raster B (zeitsynchron)},$FBFE,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,TUKNS,{timer nachstart unterdrueckung |96ms|},$F9EA,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,TV,{te Spannungskorrektur     |umr:TB, 0.01 ms|},$0070,1,164,TB,2,$00FF,K;
/UMP,%UR_RAM1,TVLRH,{ Zusaetzliche TV-Verschiebung fuer LR aus Lambdaregelung h.K.},$FBCA,1,194,TMESS_SGN,3,$00FF,K;
/UMP,%UR_RAM1,TVLRHI,{ = tvlrhi ( 1 inc = 12 ms ) ( signed byte )},$FBCF,1,194,TMESS_SGN,3,$00FF,K;
/UMP,%UR_RAM1,TVLRHP,{ = tvlrhp ( 1 inc = 12 ms ) ( signed byte )},$FBCE,1,194,TMESS_SGN,3,$00FF,K;
/UMP,%UR_RAM1,TVMBEG,{LMR: Change Limited Sampling |umr: FKTP256|},$00BB,1,75,FKTP256,2,$00FF,K;
/UMP,%UR_RAM1,TVSEL,{LMR: Counter for Sampling output},$00BC,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,TZLDB,{time counter for TLDB (PSMX limitation to B_NMAX)     |T_9},$F8E8,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,UB,{Batteriespannung       |umr:UB, 0.0704 [V]|},$0036,1,259,UB,2,$00FF,K;
/UMP,%UR_RAM1,UB2B,{[DAMOS-source]},$0036,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,UBF5,{.#*>UR [UB] ; gefilterte Batteriespannung},$FFE5,1,259,UB,3,$00FF,K;
/UMP,%UR_RAM1,UBKV,{register??  korrigiertes UB für Heizung vor Kat},$0031,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,UHLM,{MAF-voltage   |umr:u_8b_adc|},$004B,1,267,U_8B_ADC,2,$00FF,K;
/UMP,%UR_RAM1,UHV,{shunt current VK  [UHLSO]},$FFF9,1,260,UHLSO,3,$00FF,K;
/UMP,%UR_RAM1,UHVF,{.#*>UR [UHLSO] ; gefilterter Heizstrom vK},$FFEE,1,260,UHLSO,3,$00FF,K;
/UMP,%UR_RAM1,UKLOPF,{KR: UKLOPF Scanned integrator value  |umr: U5VQ|},$0044,1,258,U5VQ,2,$00FF,K;
/UMP,%UR_RAM1,VL_S_ALT,{ti-Vorlagerung letztes Segment |umr:segment, 144 gradKW|},$0080,1,147,SEGMENT,2,$00FF,K;
/UMP,%UR_RAM1,VL_S_NEU,{Number of segments ti-prestorage, neu    |umr:segment, 144gra},$0074,1,147,SEGMENT,2,$00FF,K;
/UMP,%UR_RAM1,VL_Z_NEU,{Number of teeth ti-prestorage, neu      |umr:zahn, 6gradKW|},$0075,1,279,ZAHN,2,$00FF,K;
/UMP,%UR_RAM1,VMESS,{fahrzeuggeschwindigkeit        |umr:speed, 1km/h|},$00B7,1,150,SPEED,2,$00FF,K;
/UMP,%UR_RAM1,VREG0,{Volumenstrom                           |umr:VOL, QVOL=0.026},$F84A,1,271,VOL,3,$00FF,K;
/UMP,%UR_RAM1,VZ,{ Tachosignalzaehler},$0017,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,V_EV,{extension of the injection |umr:tmain1|},$0073,1,192,TMAIN1,2,$00FF,K;
/UMP,%UR_RAM1,WF,{alte wandfilmmenge (aus KLWF), high},$F9E8,258,25,DWF,3,$FFFF,K;
/UMP,%UR_RAM1,W_DOG,{software wachhund: zeitzaehler |12ms|},$0069,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,X100MS,{},$FCAD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X1SEC,{ 1-Sekunden-Raster-Zaehler},$FCBB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X2ZDG_R,{zdgzaehler, raster 2*ZDG_R, beginnt nach start!},$FF4F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X64MAIN1,{ 64*main1-raster timer},$FCB8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X64MAIN1_A,{ 64*main1-raster timer old},$FCB9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X64MAIN1_D,{ 64*main1-raster timer difference},$FCBA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAACOUNT,{ frame counter for service AA40},$FBBA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAAPTR,{ ram pointer for service AA40},$FBB8,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XABDAT,{ 14},$F8A1,270,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XABNR,{  Blocknummer           -------------},$F89F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XABUFF,{  Blocklaenge           Ausgabepuffer},$F89E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XABUPTR,{ Pointer to the current address in the output buffer},$FB7D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XABYTE,{ letztes ausgegebenes  Byte    DOPPELBELEGUNG !},$F889,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XADDRESS,{ high,low address - used in service A7*01*},$FBAD,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XAFIDX,{ Aussetzerfenster-Index},$FB33,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAFNMN,{ Aussetzerfenster-Nmin},$FB34,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAFNMNT,{ Aussetzerfenster-Nmin Temporear},$FB39,1,120,N,3,$00FF,K;
/UMP,%UR_RAM1,XAFNMX,{ Aussetzerfenster-Nmax},$FB35,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAFNMXT,{ Aussetzerfenster-Nmax Temporear},$FB3A,1,120,N,3,$00FF,K;
/UMP,%UR_RAM1,XAFTLMN,{ Aussetzerfenster-TLmin},$FB36,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAFTLMNT,{ Aussetzerfenster-TLmin Temporear},$FB3B,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,XAFTLMX,{ Aussetzerfenster-TLmax},$FB37,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAFTLMXT,{ Aussetzerfenster-TLmax Temporear},$FB3C,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,XAFTM,{ Aussetzerfenster-TMOT-Status},$FB38,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAFTMT,{ Aussetzerfenster-TMOT-Status Temporear},$FB3D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAGW,{ Number of elements in the filter matrix over exceed the limit},$F9C9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAKFALT,{ Per case depth knocker         |umr: ZWONN|},$FA0B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XALRST,{ Status and stop flags of the LRA},$F80A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XANALU,{ Zaehler fuer Aussetzer nach erkanntem Aussetzer},$FB0C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XANZ,{ 1},$F891,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XANZAHL,{ Anzahl der noch nicht untersuchten Fehler bei},$FB7B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAPDTE,{ Anzahl der begonnen Prüfungen bei DTES},$FDD0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAPEDTE,{ Anzahl der Prüfungen mit Fehlerergebnis bei DTES},$FDD1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAPTR,{ Auslesezeiger},$F883,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XASB,{ Adaptionsfilter XASB ( 4 Byte - Größe ! )},$FB59,516,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XASC,{ Adaptionsfilter XASC ( 4 Byte - Größe ! )},$FB5D,516,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XASD,{ Adaptionsfilter XASD ( 4 Byte - Größe ! )},$FB61,516,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XASE,{ Adaptionsfilter XASE ( 4 Byte - Größe ! )},$FB65,516,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XATVFETT,{ ATV: Fettverschiebung in 40ms/Ink},$FAD8,1,237,T_4E_2,3,$00FF,K;
/UMP,%UR_RAM1,XATVMAGER,{ ATV: Magerverschiebung in 40ms/Ink},$FAD9,1,237,T_4E_2,3,$00FF,K;
/UMP,%UR_RAM1,XATVN,{ [T_TM_O128] normierter Wert des Regelfaktors der LRHK},$F8E6,1,257,T_TM_O128,3,$00FF,K;
/UMP,%UR_RAM1,XATVN1,{XATVN vom letzten Durchgang    |T_TM_O128|},$F8E7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XATZLR,{Sample counter for targeted stimulation},$F881,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAUSBLZ,{ Ausblendzaehler},$FB02,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAVG,{ bereitgestellter Grenzwert fuer Amplitudenverhaeltnis AV},$F9B0,1,60,FKT256,3,$00FF,K;
/UMP,%UR_RAM1,XAVKAT,{ Amplitudenverhaeltnis AV der Lambdaschwingungen hinter/vor Kat},$F9D4,1,60,FKT256,3,$00FF,K;
/UMP,%UR_RAM1,XAWBLKL,{ Laenge des aktuellen Antwortblocks im Ausgabepuffer},$FB7E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAZFKT,{Zuendwinkel (24ms-ebene, nach KFZW,KLZWL)},$F911,1,289,ZWOF,3,$00FF,K;
/UMP,%UR_RAM1,XAZKH,{zuendzaehler ab erkennung LL->TL,  |q=zylzahl|},$FCD8,1,297,ZYLZAHL,3,$00FF,K;
/UMP,%UR_RAM1,XAZMESS,{Entprellzäher (Anzahl der Messzyklus) für Pfad Plausi.},$F8F8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAZMFS,{[dez]       Number of lean-rich probe jumps for start DSLS},$FAB8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XAZPLTFA,{ Zähler Anzahl der Messung für Plaus.checl      |umr: Dez|},$FFBC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XB1CT,{number range given for start-B1-tis.        |dez|},$F93E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XB9COUNT,{ frame counter for service B906},$FBB7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XB9PTR,{ rom pointer},$FBB5,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XBFNMN,{ Betriebsfenster-Nmin},$FB3E,1,120,N,3,$00FF,K;
/UMP,%UR_RAM1,XBFNMX,{ Betriebsfenster-Nmax},$FB3F,1,120,N,3,$00FF,K;
/UMP,%UR_RAM1,XBFTLMN,{ Betriebsfenster-TLmin},$FB40,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,XBFTLMX,{ Betriebsfenster-TLmax},$FB41,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,XBFTM,{ Betriebsfenster-TMOT-Status},$FB42,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XBLKZL,{ Blockzaehler},$F882,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XBMAL,{Entprellzaehler Fehlereintrag |dez.|, Pfad CDTBM},$F833,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XBNR,{  Blocknummer           -------------},$F88F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XBOFFCT,{ Fehlerzähler für BusOff, Reset mit KL15ein},$FCF5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XBOFF_INFO,{ Fehlerzähler für BusOff, Reset mit FSP-Delete},$FCF3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XBS,{ Wert des BS-Sensors},$FB25,1,267,U_8B_ADC,3,$00FF,K;
/UMP,%UR_RAM1,XBSMW,{ Nullpunktfilter für BS-Sensor},$FB28,259,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XBSSP,{ BS-Wert Filter},$FB26,1,85,FSWALU,3,$00FF,K;
/UMP,%UR_RAM1,XBTNUS,{BTN-untersetzungszaehler fuer quasisegment-},$FFB3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCANMESS1_,{ Buffer für Byte 0 von Ausgabemessage 1},$FCF1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCANMESS3_,{ Buffer für Byte 2 von Ausgabemessage 3},$FCF2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCARBFLR,{ Anzahl der noch nicht ausgegebenen CARB-Fehler},$FB7C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCDT_AP,{Trigger for VS100},$F9AD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCFLRANZ,{ CARB-Fehleranzahl im Fehlerspeicher},$FB79,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCFLRANZ_A,{ Anzahl der noch nicht untersuchten nicht},$FB7A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400,{ Status of state machines},$FDDD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400DIS,{ Lock bits for functions},$FDDE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400FLG,{ Flagregister CJ400-Diagnose},$FDDF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_A,{ DS (ANZAHL_CJ400*ANZAHL_AUSG)},$FDEF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_A11,{ CJ 1, 1. Endstufe (ev1)},$FDEF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_A12,{ CJ 1, 2. Endstufe (ev2)},$FDF0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_A13,{ CJ 1, 3. Endstufe (ev3)},$FDF1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_A14,{ CJ 1, 4. Endstufe (ev4)},$FDF2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_A21,{ CJ 2, 1. Endstufe (ev5)},$FDF3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_A22,{ CJ 2, 2. Endstufe (ZWD-Schließer)},$FDF4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_A23,{ CJ 2, 3. Endstufe (ZWD-Öffner)},$FDF5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_A24,{ CJ 2, 4. Endstufe (EGB, LDL nicht benutzt)},$FDF6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_A31,{ CJ 3, 1. Endstufe (TEVE)},$FDF7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_A32,{ CJ 3, 2. Endstufe (AAVE)},$FDF8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_A33,{ CJ 3, 3. Endstufe (LUEA)},$FDF9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_A34,{ CJ 3, 4. Endstufe (SLVE)},$FDFA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_E,{ Fehlerartenramzellen fuer Schaltfunktionen},$FDFB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_FLR,{ Aktuelle Fehlerart fuer Abspeicherung},$FDED,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCJ400_OFF,{ Endstufennummer der CJ400-Kaskade},$FDEE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCKPF0,{Powerfailfrei-Zaehler, 0 := PWF erkannt, ->},$FAF5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCKPF1,{powerfailpruefzelle (1. von 2), sollwert 55H},$F86B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCKPF2,{powerfailpruefzelle (2. von 2), sollwert AAH},$FAF4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCONTMODE,{ used within scatt ( defined by Becker )},$FBBC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCOUNT,{   Zaehler fuer Zeitrasteruntersetzung},$F944,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCTPDK,{ Zaehler fuer DK-Fehler-Entprellzeit},$F92A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCTZRUS,{ Zaehler fuer Zeitrasteruntersetzung},$F929,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XCW,{  Blocktitel},$F890,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XD2ACTREST,{ active time service B0  - restore value},$FBB1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XD2B0ACT,{ active time service B0},$FBAF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XD2B0PAS,{ passive time service B0},$FBB2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XD2B0PULSE,{ number of pulses to be sent},$FBB3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XD2B0SERV,{ required B0 service},$FBB4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XD2DYNAMIC,{ 20 addresses with 2 bytes for each address},$FF89,296,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XD2DYN_PTR,{ pointer to xdsdynamic map},$FFB1,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XD2PASREST,{ passive time service B0 - restore value},$FBB0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XD2VARIOUS,{ various info required within D2},$FBAA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDASMWUC,{ Aktueller TMOT-Status},$FB43,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDDFFLG,{Statusflag für GGDF},$F8F9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDFTEABH,{Betrag von Fkt. Gemischadapt. bei TE Abw. v. 1},$F854,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XDFTEABL,{    '                 '},$F855,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDGRZ,{Status word for targeted stimulation},$F87D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDKCT,{ fortlaufender DK-Berechnungszähler    | 1 ms |},$FCF0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDKFAK,{KR: k-faktor; bei uns nicht wirksam!},$F91D,1,95,KEKRSW,3,$00FF,K;
/UMP,%UR_RAM1,XDKRIF,{ OVL-Diagnose Flagregister},$FA96,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDLDACT,{ Zähler für n=0 - Erkennung                  |umr:t},$FFD9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDMXZ,{ Zähler für Änderungsbegrenzung von DMXRLU},$FB20,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDN10,{ N10-N10ALT},$FA91,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDNALU,{delta-n zur EDASE-freigabe     |umr: DNALU|},$FF54,1,17,DNALU,3,$00FF,K;
/UMP,%UR_RAM1,XDNGEB,{Flagregister fuer DNGEB},$F834,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDNKH,{delta-solldrehzahl aus kfdnllkh  |umr: N10|},$F8C8,1,121,N10,3,$00FF,K;
/UMP,%UR_RAM1,XDNSZKC,{vorteiler f. zeitabsteuerung der},$F943,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDPAC_FLAG,{Flagregister for DPAC},$F96F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDPX,{ Druckminimum},$FDCA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDQDP,{interpolation results from event low DQDPN},$F82E,1,138,QSTELL,3,$00FF,K;
/UMP,%UR_RAM1,XDSLPEPZ,{zaehler fuer fehlerentprellung (systemkonstante},$FDDC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDSLS1,{Flagregister 1 (Belegung siehe OV,DSEG)},$FAB3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDSLS2,{Flagregister 2 (Belegung siehe OV,DSEG)},$FAB4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDSLS3,{Flagregister 3 (Belegung siehe unten)},$FAB5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDSLS4,{Flagregister 4 (Belegung siehe unten)},$FAB6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDSLSST,{ used within scatt mode 6},$FBBD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDTESPHC,{ DTES-blocking counter},$FDD2,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XDTESST,{ Status of DTES},$FDBC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDTESSTAV,{ Status der AAV-Prüfung},$FDBD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDTLALU,{delta-tl zur EDASE-freigabe    |umr: DTLALU|},$FF53,1,19,DTLALU,3,$00FF,K;
/UMP,%UR_RAM1,XDTLDUH,{ untere Plaus.-Grenze Diagnose load detection    |umr. FKT12},$FAFC,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XDTLUE,{delta TL during TUEDTL               |umr: TL|},$F8B1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDTLWGR,{|16XI|SZ-Nr| delta-TLW-distribution},$FCCE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDTMDMM,{ [umr:temp] Stufenbreite für TMOD-Steigung},$FCFB,1,168,TEMP,3,$00FF,K;
/UMP,%UR_RAM1,XDTV,{ Korrektur EV-Fehler der LRA},$F807,1,99,KVS,3,$00FF,K;
/UMP,%UR_RAM1,XDTVKA,{.#*>UR [TV_LR] ;Delta TV fuer LRKA},$FBDF,1,206,TV_LR,3,$00FF,K;
/UMP,%UR_RAM1,XDTV_L,{ low Byte zu XDTV (= XDTV+1)},$F808,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XDUBATT,{ Flagregister fuer DUBATT},$F8C5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDVFLAG,{ Flagbyte für Diagnose Geschwingigkeitsignal},$FAE1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDVMFA,{KR: messfensteranfang; bei uns nicht wirksam!},$F91B,1,290,ZWON,3,$00FF,K;
/UMP,%UR_RAM1,XDVMFL,{KR: messfensterlaenge; bei uns nicht wirksam!},$F91C,1,290,ZWON,3,$00FF,K;
/UMP,%UR_RAM1,XDWDK,{ WDK-Gradient (delta WDK/main1-raster)},$FA81,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDWKRS,{ Safety retardation    |umr: ZWONN|},$FA09,1,291,ZWONN,3,$00FF,K;
/UMP,%UR_RAM1,XDYNZAE,{ Ignition count for dynamic derivative},$FA82,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDZUWE,{buffer stufenbreite from KFDZUWE1/.. |umr: STUF|},$FCDD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDZUWEZ,{counter stufenbreite                 |umr: STUF|},$FCDE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDZWK1,{ZW, cyl-selective, Syncro, according to edit,-},$F915,1,289,ZWOF,3,$00FF,K;
/UMP,%UR_RAM1,XDZWK2,{},$F916,1,289,ZWOF,3,$00FF,K;
/UMP,%UR_RAM1,XDZWK3,{},$F917,1,289,ZWOF,3,$00FF,K;
/UMP,%UR_RAM1,XDZWK4,{       ---  '' --- ebenso zylinder 2 - 6},$F918,1,289,ZWOF,3,$00FF,K;
/UMP,%UR_RAM1,XDZWK5,{},$F919,1,289,ZWOF,3,$00FF,K;
/UMP,%UR_RAM1,XDZWK6,{},$F91A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XDZWUEF,{buffer for DZWUEF from KFDWWESA/LL |umr: ZWONN|},$FCDC,1,291,ZWONN,3,$00FF,K;
/UMP,%UR_RAM1,XDZWZZ,{????; bei uns nicht wirksam!},$F91E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XEBNZ,{ Ebenenzaehler},$F888,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XEBNZST,{ Levels for counter scan tool transmission},$FB73,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XEBOX,{Ebox-temperatur        |umr:tmpebo|},$F86A,1,196,TMPEBO,3,$00FF,K;
/UMP,%UR_RAM1,XEBUFF,{  block length           read buffer},$F88E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XEBUPTR,{ Pointer to the current address in the buffer},$FB9C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XEBYTE,{ letztes eingelesenes  Byte    DOPPELBELEGUNG !},$F889,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XEDTEV,{ Defined twice, thus compatible with dtEV},$FDA3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XEPTR,{ A read pointer},$F884,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERFLG,{},$F976,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERFLG1,{},$F976,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERFLG10,{},$F97F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERFLG11,{},$F980,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERFLG2,{calculation of the error-bit address:},$F977,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERFLG3,{------------------------------------},$F978,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERFLG4,{fehlerortindex/8 => vorkomma-anteil},$F979,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERFLG5,{ergibt byteadresse (mit basis xerflg), nach-},$F97A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERFLG6,{comma * 8 bit position in the byte is.},$F97B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERFLG7,{},$F97C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERFLG8,{},$F97D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERFLG9,{},$F97E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERG_DPS,{ LMR-set value - Value of Load Line 1     |umr:TL|},$FFC6,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,XERG_PS,{ LMR-corrected reference value from map  |umr:TL|},$FFC5,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,XERPTR,{Number of stored fault},$F9AE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERROR,{ Verifizierter Fehlerbitspeicher des CJ400-Baustein},$FDE4,259,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XERSTTI,{erstspritzinfo fuer zuendungsunterdrueckung},$F93F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XE_HLS,{.#*>UR [DEZ] ; Flagregister der DHLS},$FFFB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XE_LRKA,{ Blockende der LRKA-Rams},$FBE0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XE_LSHK,{ Fehlerflagregister der Lambdasondenüberwachung behind cat (-> E_DLS)},$F961,1,9,DEZ,3,$00FF
K;
/UMP,%UR_RAM1,XE_LSVK,{ Fehlerflagregister der Lambdasondenüberwachung vor Kat (-> E_DLS)},$F94D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFABGM,{ Abgespeicherter Mittelwert},$FB4B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFALARO,{ Address in case depth map},$FA07,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFALMAX,{ maximum case depth            |umr: ZWONN|},$FA0A,1,291,ZWONN,3,$00FF,K;
/UMP,%UR_RAM1,XFALMIT,{ Summe der ZW-Spaetverstellungen   |umr:ZWONN|},$FA84,1,291,ZWONN,3,$00FF,K;
/UMP,%UR_RAM1,XFALT1,{ 1},$FA32,1,291,ZWONN,3,$00FF,K;
/UMP,%UR_RAM1,XFALT2,{ 2},$FA33,1,291,ZWONN,3,$00FF,K;
/UMP,%UR_RAM1,XFALT3,{ 3},$FA31,1,291,ZWONN,3,$00FF,K;
/UMP,%UR_RAM1,XFALT4,{ 4},$FA34,1,291,ZWONN,3,$00FF,K;

/UMP,%UR_RAM1,XFALT5,{ 5  Cyl.spez. Falltiefen nicht adap.   |umr: ZWONN|},$FA30,1,291,ZWONN,3,$00FF,K;
/UMP,%UR_RAM1,XFALTA,{ 5,3,1,2,4             N > KRAN1},$FA35,261,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFAN15TIME,{ topical delay time - Bed15     (n2pht,n3p spezifisch)  ,ml},$F8BC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFANT1,{ topical fan running - branch1},$F8B7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFANT2,{ topical fan running - branch2},$F8B8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFANT3,{ topical fan running - branch3},$F8B9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFANTIM1,{ topical delay time - Bed31},$F8BB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFANTIME,{ topical delay time - Bed16},$F8BA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFATM,{ Flagregister Abgastemperaturmodell},$F997,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFAVG,{ High Byte limit filter},$F9B1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFAVG_L,{ Low Byte limit filter},$F9B2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFDDST,{ [DEZ] Flagregister DDST},$FDDA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFDKHAHGR,{|16XI|SZ-Nr| stuetzstellensuchergebnis fuer},$FF4C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFDLSA,{ Status Flags of the lambda probe aging},$F8D9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFDTES1,{ Flag register for DTES},$FDA0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFDTES2,{ Flag register for DTES},$FDA1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFDTES2A,{ Flag register for DTES alt (aus XFDTES2)},$FDD7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFDTES3,{ Flag register for DTES},$FDA2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFDTES3A,{ Flag register for DTES alt (aus XFDTES3)},$FDD8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFDTES4,{ Flag register for DTES},$FDA3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFDTES5,{ Flag register for DTES},$FDA4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFDTES6,{ Flag register for DTES},$FDA5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFDTES6A,{ Flag register for DTES alt (aus XFDTES6)},$FDD9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFDTES7,{ Flag register for DTES},$FDA6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFESB1,{ Einschwingfilter XFESB1 ( 4 Byte - Größe ! )},$FB69,516,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XFESB2,{ Einschwingfilter XFESB2 ( 4 Byte - Größe ! )},$FB6D,516,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XFHO,{height-factor from the pressure sensor, normalized |FKT128|},$F8F2,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFHOKST,{ Height correction for injection start          |umr:fkt128|},$F8D2,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFHOORG,{original ADC value of high altitude sensor},$F8FA,1,267,U_8B_ADC,3,$00FF,K;
/UMP,%UR_RAM1,XFHO_REF,{faktor hoehe vom drucksensor, alt für Gradient-},$F8F3,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFIXEMPF,{ Empfangender Fixcode (optional lernbar)},$FF83,259,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFKH,{High-Faktor \                  |reihenfolge},$F931,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XFKL,{Low_faktor   >8000H*2^1 := 1   |nicht},$F932,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFKMLM,{   Maximaler Korrekturfaktor},$F947,1,54,FKT1_256,3,$00FF,K;
/UMP,%UR_RAM1,XFKMLMA,{   Korrekturfaktor},$F948,1,54,FKT1_256,3,$00FF,K;
/UMP,%UR_RAM1,XFKMLMAL,{   Korrekturfaktor LOW-Wert},$F949,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFKORL,{},$F824,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFKORR,{ Korrekturfaktor/Shiftkonstante},$F823,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XFKTNS,{result of after start enrichment |umr:fkt32 + 1|},$FAF7,1,68,FKT32,3,$00FF,K;
/UMP,%UR_RAM1,XFKTWL,{result of hot-running enrichment  |umr:fkt128 + 1|},$FAF6,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFKVS,{ Flagregister der DKVS},$FA9F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFK_ANR,{ Enrichment factor in knocking       |umr:FKT128|},$FA85,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFLAG0,{general flag byte -> DSEG-overlay: oflag0},$F879,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFLAG1,{general flag byte -> DSEG-overlay: oflag1},$F87A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFLAG2,{general flag byte -> DSEG-overlay: oflag2},$F87B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFLAG7,{flagregister, -> dseg: FLAG7},$F846,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFLASHCK,{ copy of data: sgidb2  },$FE00,266,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFLDTE,{ Leckfaktor bei Tank vent diagnosis},$FDA8,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFLGKAT,{ Flagregister der Katkonvertierungsueberwachung},$F9CA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFLGMFB,{flagword MIL-request},$F8BE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFLGTIAB,{ Ti-Shutoffbits, !!! allocated like DIS_TI in dseg !!!},$FB32,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFLG_APP,{ Monitor LU-Status},$FB2E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFLRANZ,{ Gesamtfehleranzahl im Fehlerspeicher},$FB78,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFLRSPEICH,{ Fehlerbitspeicher des CJ400-Baustein i},$FDE1,259,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFPSAB,{ Adaptionsfaktor für Sollwertabsenkung       |umr:F},$FFCF,1,59,FKT255,3,$00FF,K;
/UMP,%UR_RAM1,XFPSAB0,{},$FFCF,1,59,FKT255,3,$00FF,K;
/UMP,%UR_RAM1,XFPSAB1,{},$FFD0,1,59,FKT255,3,$00FF,K;
/UMP,%UR_RAM1,XFPSAB2,{},$FFD1,1,59,FKT255,3,$00FF,K;
/UMP,%UR_RAM1,XFPSAB3,{},$FFD2,1,59,FKT255,3,$00FF,K;
/UMP,%UR_RAM1,XFPSAB4,{},$FFD3,1,59,FKT255,3,$00FF,K;
/UMP,%UR_RAM1,XFPSABN,{ Faktor für Sollwertabsenkung ohne Adapion   |umr:F},$FFD7,1,59,FKT255,3,$00FF,K;
/UMP,%UR_RAM1,XFPSRED,{ Faktor height correction psoll    |umr:FKT128|},$FFC7,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFR,{ Lambdaregelfaktor, enthält: FR_H},$F812,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFRA,{ mult. Adaptionsfaktor LRA (Hoehenfehler)},$F800,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFRA1,{ (=256-XFRA) Redundant abgespeichert: XFRA},$F803,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFRAZS,{ FRA bei Start des Ueberwachungstimers FRA},$FAA6,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFRAZS_L,{ low},$FAA7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFRA_L,{ low Byte zu XFRA (= XFRA+1)},$F801,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XFRBS,{ Regelfaktorwert nach einem Reglersprung},$F81D,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFRDTER,{ Faktor Regelung Referenz für TE-Diagnose},$FDA9,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFREQUENT,{ message to big for one frame --> split},$FBAC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFRFR,{ freeze frame for isocarb 9141-2       },$FE0A,269,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFRFR_E,{},$FE17,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFRMWH,{ Mean value of the lambda controller},$F810,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFRMWL,{ low Byte zu XFRMWH (= XFRMWH+1)},$F811,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFRMX,{ Maximalwert des Regelfaktors der LR (umschaltbar)},$F817,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFRSLSA,{[FKT128]   Lambda control factor reference value for DSLS},$FAB9,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFR_L,{                             FR_L},$F813,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFR_TE,{TE-Flagregister (-> dseg:fr_te)},$F848,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFR_TE1,{TE-Flagregister1 (-> dseg:fr_te1)},$F847,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFSDTE,{ level information aus TE-Diagnose},$FDCF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFSP,{FLRZ Fehler mit ADBFLR2 Byte pro Fehler},$FE1E,556,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFSPEND,{Fehlerendepointer},$FF4A,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XFSTB2,{High-Faktor \                  |reihenfolge},$F92E,258,49,FK65536,3,$FFFF,K;
/UMP,%UR_RAM1,XFSTB2L,{Low-Faktor   >8000H*2^1 := 1   |nicht},$F92F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFSWALUV,{ providing FSWALUV},$FB2B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFTEADH,{Fuel loading                             | 128/256 |},$F850,1,148,SIG64,3,$00FF,K;
/UMP,%UR_RAM1,XFTEADL,{       '                                       | 128/2^24 |},$F852,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFTEADM,{       '                                       | 128/2^16 |},$F851,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFTEAH,{Faktor Gemischadaption bei Tankentlüftung      | 1/128 |},$F858,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFTEAL,{   '           '         '       '             | 1/2^15 |},$F859,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFTEFMA,{fuel rate                         |umr:FKT128, 1/128|},$F849,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFTEFVAB,{Spülratenbegrenzung                            | 0.000061 |},$F85B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFTEFVAH,{Regenerieranteil                               | 1/256 |},$F84F,1,79,FKT_256_2,3,$00FF,K;
/UMP,%UR_RAM1,XFTEFVAH_A,{Altes FTEFVAH als Input für FZQTE              | 1/256 |},$F85F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFTEFVAL,{Regenerieranteil                               | 1/65536 |},$F84E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFTEFVAMX,{maximale Spülrate (absolute Begrenzung)|umr: FKT256 |},$F865,1,60,FKT256,3,$00FF,K;
/UMP,%UR_RAM1,XFTV,{ aktuelle Gewichtung der TV-Verschiebung aus Lambdaregelung h.K},$FBC0,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFWZKHL,{interpolationsergebnis aus KFFWZKHL   |fkt256|},$FCDA,1,60,FKT256,3,$00FF,K;
/UMP,%UR_RAM1,XFWZKHT,{interpolationsergebnis aus KFFWZKHT   |fkt256|},$FCDB,1,60,FKT256,3,$00FF,K;
/UMP,%UR_RAM1,XFZABGS_H,{ Zwischensumme Aussetzer emission-relevant HOB},$FB48,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFZABGS_L,{ Zwischensumme Aussetzer emission-relevant LOB},$FB49,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFZANSM1,{interpolationsergebnis aus fzansm1     |FKT256|},$FCD2,1,60,FKT256,3,$00FF,K;
/UMP,%UR_RAM1,XFZBFTEB,{Faktor zur Begr. der Lerngeschw. von FTEAD     | 1/256 |},$F85C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFZML,{   Korrekturfaktor fuer Absteuerzeitkonstante},$F94B,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XFZQTEFR,{Wichtungsfakt. für Zeitkonst. der Aufsteuerr. |},$F860,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XFZ_LDR,{ debounce counter 2           |umr:SEC72, 72ms|},$FFCC,1,143,SEC60,3,$00FF,K;
/UMP,%UR_RAM1,XFZ_PMX,{ debounce counter 1           |umr:SEC72, 72ms|},$FFCB,1,143,SEC60,3,$00FF,K;
/UMP,%UR_RAM1,XFZ_ULS,{ debounce counter for Overcharge protection       |umr:S},$FFD8,1,143,SEC60,3,$00FF,K;
/UMP,%UR_RAM1,XF_CAN,{},$FCEE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_DLE,{ Statusflagregister, Belegung siehe OV-ram F_DLE},$FAF8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_GEAR1,{ Flag register 1 for gearbox state},$FCE5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_GEAR2,{ Flag register 2 for gearbox state},$FCE6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_HLS,{Flag register for Probe heater control},$FFF4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_KOM,{ Flag byte for communication control},$FB71,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_KR,{ Overlay KR-Flagbyte},$FA80,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_LFR,{ Flagregister 'LFR'            |dez|},$F836,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_LMR,{ Flagregister 'LMR'},$FFBD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_LR,{ Flagregister der LR im XRAM},$F820,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_LR2,{ Flagregister 2 der LR im XRAM},$F827,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_LRKA,{.#*>UR [DEZ] ;Flagwort LRKA},$FBD7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_LSHK,{ Flagregister der Lambdasondenüberwachung behind cat (-> F_DLS)        },$F960,1,9,DEZ,3
$00FF,K;
/UMP,%UR_RAM1,XF_LSSA,{ Flagregister der DLSSA},$FAC8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_LSVK,{ Flagregister der Lambdasondenüberwachung vor Kat (-> F_DLS)},$F94C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_OVB,{ Flagregister 'Overboost'},$FFBE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_SLS,{},$F96C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_ST,{Start/Nachstart-Flaggen      ->dseg:F_ST},$F835,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_TC1,{ Flagregister 1 von Transmission Control Unit},$FCE3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_TC2,{ Flagregister 2 von Transmission Control Unit},$FCE4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_UK,{flaggen                        |binaer|},$F9DF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_WDK,{ Flagregister fuer DK-Poti-Funktionen},$F921,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XF_WFS,{ Flagregister for immobilizer},$FAE3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XGKOMP,{ Kompensationsgradient},$FDAA,1,80,FKT_256_2D,3,$00FF,K;
/UMP,%UR_RAM1,XGUDAB,{ Unterdruckabbaugradient},$FDAB,1,80,FKT_256_2D,3,$00FF,K;
/UMP,%UR_RAM1,XGUDAUF,{ Unterdruckaufbaugradient},$FDAC,1,61,FKT256_10D,3,$00FF,K;
/UMP,%UR_RAM1,XHADR,{ 1},$F892,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XHEILZEIT,{ Heilungszeitzaehler [Anzahl der Hintergrundprog.]},$FDE0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XHFM,{},$F944,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XHFMCTRL,{   Kennung fuer Initialisierung der HFM-Korrektur,},$F945,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XHOEHENGR8,{|16XI|SZ-Nr| X_FDKHABH-verteilung 8 stuetzen},$FF63,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XI,{ XRAM-Speicher fuer I(KFRI): Control Slope},$F814,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XIMLATM,{ air mass integrator},$F998,1,119,M_LUFT20,3,$00FF,K;
/UMP,%UR_RAM1,XIMLKA,{.#*>UR [M_AIRM43] ;ML-Integrator},$FBD9,258,116,M_AIRM43,3,$FFFF,K;
/UMP,%UR_RAM1,XINOFF,{ Integratorstartwert           |umr: U5VQ|},$FA01,1,258,U5VQ,3,$00FF,K;
/UMP,%UR_RAM1,XINOFF1,{ Integratorstartwert Copie     |umr: U5VQ|},$FA02,1,258,U5VQ,3,$00FF,K;
/UMP,%UR_RAM1,XINTLOW,{ Integrator-Lowbyte},$FDA7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XISTERR_CO,{ Entprellung Integr.startwertfehler},$FA97,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XIVHI,{ Regler-Integrator High        |umr:IVHI, (cts-128*0.4kg/h|},$F839,1,91,IVHI,3,$00FF,K;
/UMP,%UR_RAM1,XIVLO,{ Regler-Integrator Low},$F83A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XIVMEM,{ Puffer fuer Reglerintegrator  |umr:IVHI, (cts-128*0.4kg/h|},$F83C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XIVZABG,{ Intervallzaehler Abgasrelvant},$FB44,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XIVZKATH,{ Intervallzaehler Katschaedigiend HOB},$FB45,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XIVZKATL,{ Intervallzaehler Katschaedigiend LOB},$FB46,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XIXWKKFM,{ Index High Byte des aktuellen Elements der Filtermatrix},$F9B3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKATRDYZ,{ Readytimer: 0, wenn Ergebnis Katkonvertierung vorliegt},$F9C6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKATRDYZ_L,{ Readytimer low Byte},$F9C7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKATSPRZ,{ Blocking the timer Kat Conversion Monitor feature},$F9CB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKEYEB,{ Ebenenzaehler Keybyte-Ausgabe DOPPELBELEGUNG !},$F88A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKFAK1,{ one for all Cyl. K-factors   |umr: KEKRSW|},$FA11,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKFAMALU,{ Kennfeldwert KFAMALU (Absenkungsfaktor für Lur-Wert)},$FB23,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKFANALU,{ Anzahl Verbrennungen für Ausblendung nach Aussetzer},$FB0D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKFDYWV,{ Dynamic derivative retard |umr:ZWONN|},$FA83,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKFKSWF,{ Bereitstellung KFKSWF},$FB47,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKFLURM,{ LUM-Schwelle zur MehrfachMisfire detection   |LU_QLU|},$FB0B,1,104,LU_QLU,3,$00FF,K;
/UMP,%UR_RAM1,XKFTATX,{Max. Tastverhältnis aus KF                     |umf:FKT256,},$F853,1,163,TAU,3,$00FF,K;
/UMP,%UR_RAM1,XKR,{},$FA00,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKRMNCOU,{ Hintergrundprog. Zaehler fuer Nulltest},$FA03,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKSTA0,{ Cold-start enrichment Bereich 0},$FA8A,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XKSTA0W,{ Cold-start enrichment Arbeitsram Bereich 0},$FA8D,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XKSTA1,{ Cold-start enrichment Bereich 1},$FA8B,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XKSTA1W,{ Cold-start enrichment Arbeitsram Bereich 1},$FA8E,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XKSTA2,{ Cold-start enrichment Bereich 2},$FA8C,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XKSTA2W,{ Cold-start enrichment Arbeitsram Bereich 2},$FA8F,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XKSTAA,{ aktuell gueltige Cold-start enrichment},$FA92,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XKSTAAGR,{|16XI|SZ-Nr| XKSTAA-verteilung (STADAP)},$FCC3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKVAPULS,{Vorkomma-Speicher fuer KVA-Impuls},$F876,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKVAPULSN,{Nachkomma-Speicher fuer KVA-Impuls},$F877,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XKVA_H,{high-Speicher fuer nicht-Ubattkorrigierte TI_H |umr:ti_h_25},$F874,1,177,TI_H_256,3,$00FF,K;
/UMP,%UR_RAM1,XKVA_L,{low-Speicher fuer nicht-Ubattkorrigierte TI_H  |umr:ti_h|},$F875,1,176,TI_H,3,$00FF,K;
/UMP,%UR_RAM1,XLAAFHH,{ High Byte Amplitudenfilterblock behind cat},$F9CE,1,268,U_LAMP,3,$00FF,K;
/UMP,%UR_RAM1,XLAAFHL,{ Low Byte Amplitudenfilterblock behind cat},$F9CF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLAAFVH,{ High Byte Amplitudenfilterblock vor Kat},$F9D2,1,268,U_LAMP,3,$00FF,K;
/UMP,%UR_RAM1,XLAAFVL,{ Low Byte Amplitudenfilterblock vor Kat},$F9D3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLADR,{ 11},$F893,267,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLAFHH,{ Filterbloecke und Lambdawerte behind cat},$F9CC,1,269,U_LSON,3,$00FF,K;
/UMP,%UR_RAM1,XLAFHL,{ Low Byte Mittelwertfilterblock behind cat},$F9CD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLAFVH,{ Filterbloecke und Lambdawerte vor Kat},$F9D0,1,269,U_LSON,3,$00FF,K;
/UMP,%UR_RAM1,XLAFVL,{ Low Byte Mittelwertfilterblock vor Kat},$F9D1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLASDRE,{ Adr. in Falltiefenkennfeld f. Hysterese retten},$FA08,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLENGTH,{ Received length information},$FF4D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLOOP,{ Zwischenspeicher für Größe der MAIN-Schleife},$FB24,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLR,{ Anfangsadresse der XRAM-Zellen der Lambdaregelung},$F812,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLRACT,{ 100ms-Timer der LRA},$F80B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLRAST,{ Schrittindikator der LRA},$F80C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLRDSS,{ lock timer LR und LRA},$F822,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLRKAZ,{.#*>UR [DEZ] ;Zustandsbyte Automat LRKA},$FBD8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLRST,{ Status Of Lambda Control (ISO-CARB-Interface)},$F821,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLSHT0,{.#*>UR [T_256TCONV] Testtimer0 der DLSH (F_TRLSH)},$F963,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XLSHT1,{.#*>UR [T_256TCONV] Testtimer1 der DLSH (T_SBBHK,T_BRLSH,T_KSUBH,T_KSMH)},$F965,258,9,DEZ,3
$FFFF,K;
/UMP,%UR_RAM1,XLSHT2,{.#*>UR [T_256TCONV] Testtimer2 der DLSH (T_KSAH)},$F967,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XLSSAEX,{ Wartezeittimer für Freigabe Extremwertausgabe},$FACD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLSSAEXU,{ Wartezeittimeruntersetzung},$FACE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLSVK,{.#*>UR [DEZ] Zusatzflagregister der DLSV},$F94E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLSVT0,{.#*>UR [T_256TCONV] Testtimer0 der DLSV (F_TRLSV)},$F952,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XLSVT1,{.#*>UR [T_256TCONV] Testtimer1 der DLSV (T_SBBVK,T_BRLSV,T_KSUBV,T_KSMV)},$F954,258,9,DEZ,3
$FFFF,K;
/UMP,%UR_RAM1,XLSVT2,{.#*>UR [T_256TCONV] Testtimer2 der DLSV (T_LSPVS,T_NOPVS)},$F956,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XLSVT3,{.#*>UR [T_256TCONV] Testtimer3 der DLSV (T_BHUBV)},$F958,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XLSVT4,{.#*>UR [T_256TCONV] Testtimer4 der DLSV (T_KSAV)},$F95A,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XLUAFLG,{ Flagregister LU-Adaption},$FB4C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLUCHRO,{ Chronologiestack fuer MEDIAN},$FB11,261,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLUDIF,{ Differenzenstack fuer MEDIAN},$FB16,266,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLUFLG,{ Flagwort Misfire detection},$FB00,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLUFLRA,{ Fehlerzaehler emission-relevant},$FB30,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLUFLRK,{ Fehlerzaehler katschaedigend},$FB31,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLUM,{ Filter für MehrfachMisfire detection    |Umr: LU_QLU|},$FB09,1,104,LU_QLU,3,$00FF,K;
/UMP,%UR_RAM1,XLUMON,{Monitortrommel fuer EDASE},$FD00,416,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLUR,{ Laufunruhe - Referenzwert},$FB01,1,104,LU_QLU,3,$00FF,K;
/UMP,%UR_RAM1,XLURKF,{ Kennfeldwert LUR                            |LU_QLU|},$FB21,1,104,LU_QLU,3,$00FF,K;
/UMP,%UR_RAM1,XLURMINN,{ Kennfeldwert LURMINN},$FB22,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLUSTACK,{Trommelspeicher tn-Eintraege, 16 NW-Umdrehungen},$FC00,416,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLUSTACK_M,{},$FCA0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLUTS1,{ Lut(n-1) fuer Mehrfachaussetzer},$FB04,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLUTS2,{ Lut(n-2) fuer Mehrfachaussetzer},$FB03,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XLUT_APP,{ Monitor LUT-Wert},$FB2F,1,104,LU_QLU,3,$00FF,K;
/UMP,%UR_RAM1,XM16FZLAAF,{mit zlaaf gefiltertes M16 (xpt10) |hi: 1.6kg/h|},$F9DC,1,106,M16,3,$00FF,K;
/UMP,%UR_RAM1,XMAINFA1,{FLAGS OF THE OVERLAY RAM},$F8B2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMAINFA2,{FLAGS OF THE OVERLAY RAM},$F8B3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMAINFA3,{FLAGS OF THE OVERLAY RAM},$F8B4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMAINFA4,{ FLAGS OF THE OVERLAY RAM},$F8B5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMAINFA5,{ FLAGS OF THE OVERLAY RAM},$F8B6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMATAZ,{Massetast-Zeit (in 10ms) MCMESS-Reizung},$F8EB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMCCHKS,{Checksumme f.Übertragungen v.Funktionsmodus ausgelagert},$F8F0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMCDUMMY,{Ziel f.alle Verstellungen, die unwirksam sein sollen},$F8F1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMCSTAT,{from stored status McMess (irritation & 10ms program)},$F8ED,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMCTIME,{raster generation for timeout monitoring time (100ms)},$F8EA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMCTOUT,{Timeout-Zähler (in 100ms)},$F8EC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMCVAR1,{Variable 1 (Adreß-Lowbyte Funktionsmodus) ausgelagert},$F8EE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMCVAR2,{Variable 2 (Adreß-Highbyte Funktionsmodus) ausgelagert},$F8EF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMESNUL,{ Measurement window at zero test        |umr: ZWON|},$FA04,1,290,ZWON,3,$00FF,K;
/UMP,%UR_RAM1,XMESS1TIM,{ Zeitzähler für Message1-Zeitraster    | 12 ms |},$FCE9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMESS3TIM,{ Zeitzähler für Message3-Zeitraster    | 12 ms |},$FCEA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMESS4TIM,{ Zeitzähler für Message4-Zeitraster    | 12 ms |},$FCEB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMESS5TIM,{ Zeitzähler für Message5-Zeitraster    | 12 ms |},$FCEC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMESS6TIM,{ Zeitzähler für Message6-Zeitraster    | 12 ms |},$FCED,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMFANF,{ Measurement window start             |umr:zwon|},$FA0F,1,290,ZWON,3,$00FF,K;
/UMP,%UR_RAM1,XMFLEN,{ Measurement window length             |umr:zwon|},$FA10,1,290,ZWON,3,$00FF,K;
/UMP,%UR_RAM1,XML_L,{load detection: diagnosed air mass LOB},$FCD5,1,110,ML,3,$00FF,K;
/UMP,%UR_RAM1,XML_SCATT,{ Luftmasse in 4kg/h},$FBA8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMOFFSTD,{ Integratorsteigung bei Nulltest fuer Diagnose |umr: STKLIN},$FA98,1,151,STKLINTNT,3,$00FF
K;
/UMP,%UR_RAM1,XMOFFSTF,{ Messfenster Offset Steigungsfaktor    |umr: STKLINTNT|},$FA05,1,151,STKLINTNT,3,$00FF,K;
/UMP,%UR_RAM1,XMULTIPLE,{ mulpiple services counter ( service ...0A )   },$FBAB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XMUSTER,{erstspritzermuster: hier wird in iniclc (ini1)},$FFE4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XN10ALT,{ N10 im vorangegangenen Synchro},$FA90,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XNFSM,{solldrehzahl bei drive nfsm=f(tmot) |umr:N10, 10 [1/min]|},$F83F,1,121,N10,3,$00FF,K;
/UMP,%UR_RAM1,XNLLM,{solldrehzahl nllm=f(tmot)      |umr:N10, 10 [1/min]|},$F840,1,121,N10,3,$00FF,K;
/UMP,%UR_RAM1,XNLTMOT,{direkt AD gewandelter Wert (NTC) |umr:u_8b_adc|},$F867,1,267,U_8B_ADC,3,$00FF,K;
/UMP,%UR_RAM1,XNMOTGR1,{|16XI|SZ-Nr| NMOT-allocation 1},$FCC4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XNMOTGR28S,{|16XI|SZ-Nr| NMOT-allocation 2 8stützen},$FCC5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XNMOTGR38S,{|16XI|SZ-Nr| NMOT-allocation 3 8stützen},$FCC6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XNMOTGR8S,{|16XI|SZ-Nr| NMOT-allocation 8 stuetzen},$FF5F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XNMOTGR_LM,{|16XI|SZ-Nr| NMOT-allocation LMR},$FCCF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XNSA,{speed boost                 |umr:N, 40 [1/min]|},$F941,1,120,N,3,$00FF,K;
/UMP,%UR_RAM1,XNSACTR,{ NSA-counter, high     |umr:fkt256|},$FADE,1,60,FKT256,3,$00FF,K;
/UMP,%UR_RAM1,XNSACTR_L,{ NSA-counter, low},$FADF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XNSOL,{ Solldrehzahl (dyn)            |umr:N10, 10 [1/min]|},$F837,1,121,N10,3,$00FF,K;
/UMP,%UR_RAM1,XNSOLL,{LFR:nsoll (einrechnung bei uns nicht vorhanden)},$F914,1,121,N10,3,$00FF,K;
/UMP,%UR_RAM1,XNSTAMXHA,{interpolergebnis aus GKL nstamxha=f(hoehe)},$FCE2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XNSTKA,{|n40-tabelle: 8 werte, alle main1-raster},$FCA1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XNSTKE,{|n40-wert abzulegen. (alt - neu) ergibt},$FCA8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XNWE,{Rotational speed reinsertion       |umr:N, 40 [1/min]|},$F940,1,120,N,3,$00FF,K;
/UMP,%UR_RAM1,XNZEIG,{zeiger innerhalb folgender tabelle:},$FCA0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XN_LMR,{ speed range       |umr:DEZ|},$FFC1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XOBDSTAT,{OBD-Statuswort},$F9A4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XOFFSET,{ Gesamte Offset Korrektur      |umr: U5VQ|},$FA06,1,258,U5VQ,3,$00FF,K;
/UMP,%UR_RAM1,XOVBSZ,{ Overboost-Zeitzähler                        |umr:S},$FFDA,1,142,SEC240,3,$00FF,K;
/UMP,%UR_RAM1,XPCIHI,{ I-Anteil High         |umr:INT = 65536*(PHYS[%]+10},$FFBF,258,103,LMRI,3,$FFFF,K;
/UMP,%UR_RAM1,XPCILO,{ I-Anteil Low},$FFC0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPCP,{ Regeldifferenz P_SOLL - P_IST  |umr:TL|},$FFC3,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,XPCP_TV,{ P-Anteil                       |umr:LDR_P_PART]},$FFCA,1,102,LDR_P_PART,3,$00FF,K;
/UMP,%UR_RAM1,XPDVRL,{Vorlagerungswinkel                     |umr:wsefi|},$F93A,1,278,WSEFI,3,$00FF,K;
/UMP,%UR_RAM1,XPE0_IO_SP,{ Spiegel fuer Zustand Timerlogik/direkt beschreibba},$FDFB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPHASE,{camshaft phase},$F832,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPHASERRZ,{count | number syncros | without phase change},$FCAC,1,147,SEGMENT,3,$00FF,K;
/UMP,%UR_RAM1,XPMAINCOUN,{ Zeituntersetzung (Faktor 4) für Overboost-Zeiten},$FFDB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPMN_ABS,{minimaler Druck, absolut während TPLAUS1-TPLAUS2},$F973,1,1,ACDRUCK,3,$00FF,K;
/UMP,%UR_RAM1,XPMX_ABS,{maximaler Druck, absolut während TPLAUS1-TPLAUS2},$F974,1,1,ACDRUCK,3,$00FF,K;
/UMP,%UR_RAM1,XPP,{ XRAM-Speicher fuer P(KFRP): regulator jump height},$F815,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPREF,{ Druckreferenzwert},$FDD6,1,133,P_TANK,3,$00FF,K;
/UMP,%UR_RAM1,XPTE,{ Tankdruck Eingangssignal},$FDAD,1,133,P_TANK,3,$00FF,K;
/UMP,%UR_RAM1,XPTHP,{ Tankdrucksignal hochpaßgefiltert},$FDAE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPTTPG_S,{ Gesampelter XPTTP_H für gross leak-Prfg.},$FDC0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPTTPIG,{ Integrator-Summenwert bei gross leak-Prfg.},$FDC3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPTTPIK,{ Integrator-Summenwert bei KOMPGRAD-Prfg.},$FDC2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPTTPK_S,{ Gesampelter XPTTP_H für KOMPGRAD-Prfg.},$FDBF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPTTPS_H,{ PTTP gesampelt},$FDB1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPTTPS_L,{},$FDB2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPTTP_A,{ Vorangegangener Wert von XPTTP_H},$FDB3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPTTP_H,{ Tankdrucksignal tiefpaßgefiltert (high)},$FDAF,1,133,P_TANK,3,$00FF,K;
/UMP,%UR_RAM1,XPTTP_L,{ Tankdrucksignal tiefpaßgefiltert (low)},$FDB0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPTTR,{ Differential pressure tank pressure - reference value},$FDC5,1,230,T_32D,3,$00FF,K;
/UMP,%UR_RAM1,XPTTRF,{ Integrator-Summenwert bei fine leak-Prfg.},$FDC4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPTTRF_S,{ Gesampelter XPTTR für fine leak-Prfg.},$FDC1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPTTRK,{ Druckdifferenz Tankdruck-Referenz bei Kompgrad.},$FDB4,1,230,T_32D,3,$00FF,K;
/UMP,%UR_RAM1,XPTTRMIN,{ Minimaler PTTR-Wert in fine leak-Prüfung},$FDB9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPTTR_A,{Preceding value of XPTTR},$FDC6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XPTTR_S,{ Sampled value of XPTTR},$FDC7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XP_IST,{ Istwert (mit Begrenzung unten) |umr:TL|},$FFC2,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,XP_ISTT,{ (Simulierter Istwert der Regelstrecke)},$FFDF,260,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XP_SOLL,{ LMR-Sollwert mit adaptiver Absenkung    |umr:TL|},$FFC8,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,XQADP,{Grundluftkorrektur |umr:IVHI, (cts-128*0.4kg/h|},$F842,1,91,IVHI,3,$00FF,K;
/UMP,%UR_RAM1,XQADPM,{puffer f. relativbegrenzg. |umr:IVHI, (cts-128*0.4kg/h|},$F844,1,91,IVHI,3,$00FF,K;
/UMP,%UR_RAM1,XQKLIMA,{steuerluft bei klimaeingriff   |qstell,  0.4kg/h|},$F8FF,1,138,QSTELL,3,$00FF,K;
/UMP,%UR_RAM1,XQLLS,{ Luftmassenstrom über Bypasssteller gefiltert  |umr:QSTELL, 0.4 [kg},$F8D6,1,138,QSTELL,3,$00FF
K;
/UMP,%UR_RAM1,XQLLSGR,{ Source für damos Gruppen                      |2*main1|},$F8D3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XQSOL,{ LL-air mass setpoint         |umr:QSTELL, 0.4 [kg/h]|},$F83B,1,138,QSTELL,3,$00FF,K;
/UMP,%UR_RAM1,XQUSUH,{ermittelte quersumme zum vergleich mit weiteren},$FDFE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XQUSUL,{pruefungen. (high/low byte)            |HEX|},$FDFF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XQVSKH,{delta-vorsteuerluft katheizen    |umr: qstell|},$F8C9,1,138,QSTELL,3,$00FF,K;
/UMP,%UR_RAM1,XQ_GEAR,{ Qualität von XVTC und Getriebezustand},$FCE7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XRAMEND,{Ende der verwendeten externen RAM-Zellen},$FFFF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XRAMZ,{ Buffer fuer auszugebende RAM-Zellen},$F900,272,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XREC,{Pointer auf Empfangsbuffer/Empfangsbuffer      },$FF74,266,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XREC_END,{Pointer auf Ende von Empfangsbuffer    },$FF7E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XREFINI,{ Referenzpegel Initialisierungswert     |umr: U5VQ|},$FA0D,1,258,U5VQ,3,$00FF,K;
/UMP,%UR_RAM1,XREFPE1,{ 5  Cyl.spez. Referenzpegel    |umr: U5VQ|},$FA1C,1,258,U5VQ,3,$00FF,K;
/UMP,%UR_RAM1,XREFPE2,{ 3},$FA1D,1,258,U5VQ,3,$00FF,K;
/UMP,%UR_RAM1,XREFPE3,{ 1},$FA1E,1,258,U5VQ,3,$00FF,K;
/UMP,%UR_RAM1,XREFPE4,{ 2},$FA1F,1,258,U5VQ,3,$00FF,K;
/UMP,%UR_RAM1,XREFPE5,{ 4},$FA20,1,258,U5VQ,3,$00FF,K;
/UMP,%UR_RAM1,XREFPN1,{ 5  Cyl.spez. normierter Referenzpegel},$FA21,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XREFPN2,{ 3  Reihenfolge: High,Low Byte (16bit)},$FA23,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XREFPN3,{ 1},$FA25,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XREFPN4,{ 2},$FA27,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XREFPN5,{ 4},$FA29,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XRMIN,{ Min reference level at max. amplification |umr: U5VQ|},$FA0E,1,258,U5VQ,3,$00FF,K;
/UMP,%UR_RAM1,XROMPRELL,{count number of test cycles ROM    |DEZ|},$FDFD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XRPMCT,{ fortlaufender N-/TQ-Berechnungszähler | 1 ms |},$FCEF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XRZBIT,{empfangenes Bit des Reizworts},$F87F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XRZWORT,{ received 5-baud address},$FB72,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XRZWRT,{received stimulus word},$F880,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSAJ,{ Referenzsegment SA(j) (LOB,HOB)  |16-Bit sign|},$FB4F,514,11,DEZ_16,3,$FFFF,K;
/UMP,%UR_RAM1,XSALRS,{ Eingefrorene Statusflags (Beginn der LRA)},$F80F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSBJ,{ Adaptionsfaktor XSB(j)        |Faktor 1 entspr. 2^15|},$FB51,514,45,F32ZAD,3,$FFFF,K;
/UMP,%UR_RAM1,XSCATTPID1,{ == scatt mode1 pid1 data D},$FBA9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSCJ,{ Adaptionsfaktor  XSC(j)               '},$FB53,514,45,F32ZAD,3,$FFFF,K;
/UMP,%UR_RAM1,XSCWCTR,{ Extension counters fuer P2min},$FB75,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSDIF,{ Referenzsegmentdifferenz SA(j+2)-SA(j) (LOB,HOB)},$FB4D,514,12,DEZ_16S,3,$FFFF,K;
/UMP,%UR_RAM1,XSDJ,{ Adaptionsfaktor  XSD(j)               '},$FB55,514,45,F32ZAD,3,$FFFF,K;
/UMP,%UR_RAM1,XSDWFK_L,{speicherinhalt wandfilmdiff. kurzzeitterm |24us b.16MHz|},$F9E3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSDWFL_L,{speicherinhalt wandfilmdiff. langzeitterm |24us b.16MHz|},$F9E1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSEJ,{ Adaptionsfaktor  XSE(j)               '},$FB57,514,45,F32ZAD,3,$FFFF,K;
/UMP,%UR_RAM1,XSEND,{Pointer auf Sendebuffer/Sendebuffer    },$FF69,266,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSEND_END,{Pointer auf Ende von Sendebuffer       },$FF73,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSFR2_SP,{ Spiegel fuer SFR2},$FDFC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSFRMW,{ Eingefrorener Wert XFRMWH (Beginn der LRA)},$F80E,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XSFZANSM,{interpolationsergebnis aus sfzansm     |FKT256|},$FCD3,1,60,FKT256,3,$00FF,K;
/UMP,%UR_RAM1,XSGIDB,{ SGID-Blockzaehler             DOPPELBELEGUNG !},$F88A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSK,{Shiftkonst. /                  |aendern!},$F933,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSK_CT,{},$F825,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSK_ST2,{Shiftkonst. /                  |veraendern!},$F930,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSLSPULS,{[TAU]       duty cycle Secondary Air Valve},$FABB,1,163,TAU,3,$00FF,K;
/UMP,%UR_RAM1,XSPDFRP,{},$FAF0,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XSPDFRV,{},$FAF1,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XSPERRT,{ Time counter for setpoint lowering            |umr:S},$FFCD,1,143,SEC60,3,$00FF,K;
/UMP,%UR_RAM1,XSPOFNUL,{ Entprellung Nulltestfehler geheilt},$FA9A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSPOFSEN1,{ Entprellung Sensorfehler 1 geheilt},$FA9C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSPOFSEN2,{ Entprellung Sensorfehler 2 geheilt},$FA9E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSPSVK,{ [TMAIN1] Entstoer-Sperrtimer Periodendauerueberwachung},$F8DA,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XSPSWFRP,{},$FAF2,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XSPSWFRV,{},$FAF3,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XSTABUF,{ Output buffer (fully used!)},$FB7F,285,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTAFNUL,{ Entprellung Nulltestfehler vorhanden},$FA99,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTAFSEN1,{ Entprellung Sensorfehler 1 vorhanden},$FA9B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTAFSEN2,{ Entprellung Sensorfehler 2 vorhanden},$FA9D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTAT,{ Status byte indicates the end of the adjustment values},$F920,1,8,B_XSTAT,3,$00FF,K;
/UMP,%UR_RAM1,XSTATISCHF,{ Ultimately the detected error CJ400-block i},$FDE7,259,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTEBUF,{ input buffer for serial communications},$FB9D,267,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTEIGT,{ Zeitzähler für Sollwertanhebung um 1 Incr.  |umr:S},$FFCE,1,143,SEC60,3,$00FF,K;
/UMP,%UR_RAM1,XSTELBYTE1,{ various bits used in service B0*},$FBBB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTGGH,{Spülratenadaption pro 100 ms},$F862,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTGGL,{},$F863,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTHK,{ Status register of the lambda control h.K},$FBBE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTSWFS,{ WFS-Status: Motronic verriegelt/entriegelt},$FF86,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XSTUFB1,{ 5  Cyl.spez. Stufenbreite},$FA2B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTUFB2,{ 3},$FA2C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTUFB3,{ 1},$FA2D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTUFB4,{ 2},$FA2E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTUFB5,{ 4},$FA2F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XSTUFBR,{ zuendan zahl pro 1 inc frueh verstellung  },$FA0C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XT1_MS,{ 1ms-counter},$FB76,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XT1_MS_OV,{ Storage for overflows of 1ms numerator},$FB77,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTABGF,{.#*>UR [TABG] ; gefilt. Abgastemperatur},$FFE8,1,162,TABG,3,$00FF,K;
/UMP,%UR_RAM1,XTABGM,{ Exhaust gas temperature model},$F99B,1,162,TABG,3,$00FF,K;
/UMP,%UR_RAM1,XTADMM,{ [umr:t_1_sec]Zähler für 1. Stufenbreite},$FCFE,1,220,T_1_SEC,3,$00FF,K;
/UMP,%UR_RAM1,XTADTE0,{ Sampling of the initial settling phase},$FDCD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTADTEA,{ TEV duty from DTES},$FDCE,1,163,TAU,3,$00FF,K;
/UMP,%UR_RAM1,XTALUST,{ Ausblend Zeit-Zaehler},$FB0F,1,172,TFREQ,3,$00FF,K;
/UMP,%UR_RAM1,XTANFK,{   Verzoegerungszeit fuer den Einsatz von FKMLMA},$F946,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTANSGR,{|16XI|SZ-Nr| tans-verteilung},$FCD1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTANSGR8S,{|16XI|SZ-Nr| TANS-verteilung 8 stuetzen},$FF64,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTANSORG,{tans without substutution value     |umr:TFATEMP|},$F869,1,171,TFATEMP,3,$00FF,K;
/UMP,%UR_RAM1,XTANSREF,{ Ansaugluft-Referenzwert für Plausiblitätstest  |umr: TFATE},$FFB7,1,171,TFATEMP,3,$00FF,K;
/UMP,%UR_RAM1,XTAUTO,{Entprellzeitzaehler |von TAUTO(idata) -> 0 mit q=main1|},$FAE0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTBGR10S,{10-sec intervals (alternatively trip)},$F9A8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTBGR500,{500ms-Takt fuer Entprellung und Blinken},$F9A5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTBGRAF,{ Uebergabebyte fuer Fehlerheilung (Fensterabdeckung)},$FB4A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTBGRDCY,{Driving-Cycle-Zaehler},$F9A7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTBGRDTV,{ Uebergabebyte Fehlerheilung im Nachlauf DTV},$FAAC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTBGRFRA,{ Uebergabebyte Fehlerheilung im Nachlauf FRA},$FAAA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTBGRM5,{bisherige max. hi-laufzeit   |q=6ms (cpuls/2)|},$F830,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTBGRTRA,{ Uebergabebyte Fehlerheilung im Nachlauf TRA},$FAAB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTBGRTRP,{Trip-Zaehler},$F9A6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTC6TESC,{ various values for scatt mode 6},$FAED,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTC6TESS,{ various values for scatt mode 6},$FAEE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTC6TESW,{ various values for scatt mode 6},$FAEF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTDDFAUS,{Entprellzeit fuer CDTDF-Austrag        |TMAIN|},$F8F7,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDDFEIN,{Entprellzeit fuer CDTDF-Eintrag        |TMAIN|},$F8F6,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDDFPL,{Ablaufende Zähler, bei 0 wird Plausi.-Fehler als},$F8F4,1,161,T8MAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTDDFPLG,{Ablaufende Zähler, bei 0 wird Plausi.-Fehler},$F8F5,1,161,T8MAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTDDST,{ [T_2TCONV] Entprelltimer DDST},$FDDB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTDMM,{ [umr:t_1_sec]Zähler für Stufenbreite},$FCFF,1,220,T_1_SEC,3,$00FF,K;
/UMP,%UR_RAM1,XTDQDP,{interpolationsergebnis aus sperrzeit TDQDPN},$F82F,1,193,TMESS_2O,3,$00FF,K;
/UMP,%UR_RAM1,XTDSLP1,{[T_96_MS]   First test period for test pump at DSLS},$FABD,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDSLP2,{[T_96_MS]   Prüfzeitdauer für zweite Prüfung Pumpe bei DSLS},$FABF,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDSLS,{[T_96_MS]   Prüfzeitdauer bei Sekundärluftdiagnose},$FAC0,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDSLSTE,{[T_96_MS]   Sperrzeit fuer Tankentlueftung},$FAC4,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDSLV1,{[T_96_MS]   Prüfzeitdauer für erste Prüfung Ventil bei DSLS},$FABC,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDSLV2,{[T_96_MS]   Prüfzeitdauer für zweite Prüfung Ventil bei DSLS},$FABE,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDTAAUS,{ Entprellzähler für Fehleraustrag, min/max      |umr: T_96_},$FFBB,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDTAEIN,{ Entprellzähler für Fehlereintrag, min/max      |umr: T_96_},$FFBA,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDTAPL,{ Zeitzähler: Mindestprüfdauer Plausiblitätstest |umr: T_96_},$FFB8,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDTAPLG,{ Zeitzähler: Gesamtprüfdauer Plausiblitätstest  |umr: T_96_},$FFB9,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDTEAB,{ Zeit für Erkennung 'Schlauch ab'},$FDB5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTDTEAV,{ Verzögerungszeit vor AAV-Schließen},$FDB6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTDTEDP,{ Meßzeit für 10s, GUDAUF, GUDAB und TEV-Ansteuerung},$FDD4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTDTEFRR,{ max. Zeit für FR-Reset nach TEV zu},$FDB7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTDTEOZG,{ Prüfzeit für oszillierenden Drucksensor},$FDD5,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDTETVH,{ Time for TEV Control open},$FDCB,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDTETVL,{},$FDCC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTDTEUDW,{ max. Zeit für Drucksensor am unteren Anschlag},$FDBA,1,154,T16MAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTDTEWD,{ Wartezeitzähler für Druckausgleich},$FDBB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTDTEWK,{ Wartezeit bei warmem Kraftstoff},$FDB8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTDTFALL,{ Zeitzähler: Aktivierung der Diagnose im LL     |umr: T_96_},$FFB6,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDTFAST,{ Zeitzähler: Auspufferwärmzeit ab Start         |umr: T_306},$FFB5,1,227,T_3060_MS,3,$00FF
K;
/UMP,%UR_RAM1,XTDTM,{ [umr:t_96ms] debounce counter Fehler da},$FCFC,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTDTMNF,{ [umr:t_1_sec] debounce counter kein Fehler da},$FCFD,1,220,T_1_SEC,3,$00FF,K;
/UMP,%UR_RAM1,XTDUB,{ Zähler für Zeit-Entprellung Eintrag/Austrag},$F8C6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTDUDNE,{ Zaehler fuer Zeit nach Start: Zeitzaehler},$F8C4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTDV,{ Verzögerungszeitzähler für Fehler-ein-/austrag},$FAE2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTDWFSVN,{ Wartezeit im Nachlauf bis zur Verriegelung},$FAEC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTD_LIMIT,{Delay counter for detection min-/max-error},$F971,1,212,T_12_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTD_PLAUS,{Delay counter for plausible error detection},$F972,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTEC,{ Zeitzaehler fuer TEC   |main1| (n2pht,n3p spezifisch)},$F872,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTEC1,{ Time count for TEC1 | main1 | (n2pht, n3p specific)},$F873,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTEDHH,{.#*>UR [T_256TCONV] ; Verzög.-Timer DHLS h.K.},$FFFE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTEDHV,{.#*>UR [T_256TCONV] ; Verzög.-Timer DHLS v.K.},$FFFD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTEFKT,{te-korr-faktor,  umf: FKT128},$F912,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,XTETIFAK,{uebergabefaktor von teclc nach tiber, falls},$F934,1,177,TI_H_256,3,$00FF,K;
/UMP,%UR_RAM1,XTEUKW1,{zwischenspeicher von xteukw},$F9F6,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,XTEVG,{TATE bei VL, abgeschalteter LR, ...            | 0.39 [%]|},$F861,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTE_H,{startbereich-B1-te_h   |umr: tl_h|},$FFE3,1,186,TL_H,3,$00FF,K;
/UMP,%UR_RAM1,XTE_TIM,{Zeitzähler für Phasensteuerung         |3072 ms|},$F84C,1,229,T_3072_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTFAFLAG,{ Flag byte for diagnostic intake air temperature sensor},$FFB4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTFANM,{ fantemperaturemodel},$F9A1,1,162,TABG,3,$00FF,K;
/UMP,%UR_RAM1,XTFDSLS,{[T_9180_MS] timer after start til begin of DSLS},$FAC2,1,248,T_9180_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTFRA,{ Ueberwachungstimer der DKVS FRA},$FAA4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTFRA_U,{ Untersetzungsbyte des Ueberwachungstimers FRA},$FAA5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTFTEFVA,{time for initial limit of the purge| 3072 ms |},$F857,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTGAZA,{Zeitzähler                             | 9 s |},$F84D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTHSH,{Sondenheizungstimer h.K  [TMAIN1]},$FFF6,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTHSV,{Sondenheizungstimer v.K  [TMAIN1]},$FFF5,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTHVASOLL,{einzurechnende Auszeit v. K. (0 oder THVAUB) [TMAIN1]},$FFF7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTIB1,{B1-ti_high           [block    |umr:256*ti_l, 256*timer2-quant|},$F93B,258,179,TI_L,3,$FFFF,K;
/UMP,%UR_RAM1,XTIB1L,{B1-ti_low             nicht    |umr:ti_l, timer2-quant|},$F93C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTIB1VORH,{B1-ti_verlaengerung   aendern] |umr:tmain1, 12ms|},$F93D,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTIMEOUT,{ Timeout T1/T2  |12ms|},$FF80,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTIMEWP,{ Timeout fuer Werkspruefung},$FF88,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTIMMIL,{MIL-Verzoegerung nach Start},$F9A9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTINI,{ High Zeit von TXT vor Wup},$FAE5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTKAT,{},$F99E,1,162,TABG,3,$00FF,K;
/UMP,%UR_RAM1,XTKATF,{.#*>UR [TABG] ; gefilterte Kattemperatur},$FFEB,259,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTKATM,{ Kattemperaturmodell},$F99E,1,162,TABG,3,$00FF,K;
/UMP,%UR_RAM1,XTKDFA,{Status-Flag-Register},$F8E9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTLEFLAG,{flags fuer TLE-diagnose},$FCAB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTLFKT,{ LMR: TL-soll (xerg_ps), add. vorzeichenb.},$F91F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTLGR1,{|16XI|SZ-Nr| tl-verteilung 1},$FCC7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTLGR2,{|16XI|SZ-Nr| tl-verteilung 2},$FCC8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTLGR8S,{|16XI|SZ-Nr| TL-verteilung 8 stuetzen},$FF61,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTLIM,{minimales tl (LL-regler-stopp) |umr:TL256, 50 [us]|},$F841,1,181,TL256,3,$00FF,K;
/UMP,%UR_RAM1,XTLRAN,{ load limit},$F81C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTLRSA,{ Wartezeittimer nach Schubabschneiden},$F81E,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTLRSLS,{ Wait timer for secondary air blowing},$F81F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTLSTM,{Start basic injection amount               |umr:TL|},$FAC7,1,180,TL,3,$00FF,K;
/UMP,%UR_RAM1,XTLUE,{tl at start of evaluating xdtlue   |umr: TL|},$FCDF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTMABSTA,{ Abstelltemperatur fuer STADAP},$FA93,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTMDMM,{ [umr:temp] Temperatur für Motormodell},$FCFA,1,168,TEMP,3,$00FF,K;
/UMP,%UR_RAM1,XTMFBL,{lowzaehler, gemessene low-zeit         |tmain1|},$F8C0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTMFBPH,{highphasenzaehler erkannte highphase   |dez|},$F8C1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTMFBPK,{kurzschlussphasenzaehler               |dez|},$F8C3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTMFBPL,{lowphasenzaehler erkannte lowphase     |dez|},$F8C2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTMFBZ,{abtastzaehler gemessene zyluszeit      |tmain1|},$F8BF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTMODFLAG,{ [umr:dez] Flagbyte für Temperaturmodell},$FCF7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTMODFLRAR,{ [umr:dez] TMOD Fehlerart für OBDII},$FCF8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTMOTGR,{|16XI|SZ-Nr| tmot-verteilung},$FCC9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTMOTGR2,{|16XI|SZ-Nr| tmot-verteilung 2},$FCCA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTMOTGR8S,{|16XI|SZ-Nr| TMOT-verteilung 8 stuetzen},$FF60,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTMOTLIN,{ [umr:temp] linearisierter tmot-wert},$FCF9,1,168,TEMP,3,$00FF,K;
/UMP,%UR_RAM1,XTMOTLU,{ TMOT-Schwelle fuer DASE aktiv             |Umr: TEMP|},$FB0E,1,168,TEMP,3,$00FF,K;
/UMP,%UR_RAM1,XTMOTST,{tmot start     |umr:TEMP, cts-80|},$F866,1,168,TEMP,3,$00FF,K;
/UMP,%UR_RAM1,XTMOTSTGR,{|16XI|SZ-Nr| tmot_START-verteilung},$FCCB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTNMAX,{zeitzaehler: |von TNMAX -> 0 im main1-raster|},$FCAA,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTNSERK,{.#*>UR [T_256TCONV] Entprelltimer Nebenschlußerkennung},$F95E,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XTNSTDN,{.#*>UR [T_256TCONV] Timer für Erkennung Sonde vor Kat kalt},$F95C,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XTOUTC,{  Counter},$F88B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTOUTR,{  Reload-Buffer},$F88D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTOUTZ,{  Zeitkonstante},$F88C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTPA,{ekp-vorlaufzeitzaehler |umr:tmain1, 12ms|},$FCA9,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTPSVKMF,{ [TPSV] gefilterte Periodendauer Sonde vor Kat},$F8DD,1,199,TPSV,3,$00FF,K;
/UMP,%UR_RAM1,XTPSVKOF,{ [TPSV] Meßwerttimer Periodendauer Sonde vor Kat},$F8DB,1,199,TPSV,3,$00FF,K;
/UMP,%UR_RAM1,XTPSVKU,{ [-] Untersetzungsbyte fuer XTPSVKOF},$F8DC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTPSVLSSA,{ Period S.v.K, 40ms/Ink},$FADA,1,237,T_4E_2,3,$00FF,K;
/UMP,%UR_RAM1,XTPTE,{ Zeitzähler für eingeschwungenen Tankdruck},$FDBE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTQACT,{perrzaehler bedarfsadaption |umr:T64main1, 0.768s|},$F845,1,160,T64MAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTRA,{ Leckluftkorrektur der LRA},$F804,1,99,KVS,3,$00FF,K;
/UMP,%UR_RAM1,XTRABC,{ Load monitoring timer},$F818,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTRABR,{},$F81A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTRABZ,{},$F819,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTRAZS,{ TRA bei Start des Ueberwachungstimers TRA},$FAA2,1,99,KVS,3,$00FF,K;
/UMP,%UR_RAM1,XTRAZS_L,{ low},$FAA3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTRA_L,{ low Byte zu XTRA (= XTRA+1)},$F805,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XTRPCNT,{ # of trips since last powerfail or},$F9AF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTRSE,{ Überwachungszeit LR ein (für DLSH)              |umr:t_8tconv, 48ms|},$F96A,1,247,T_8TCONV,3
$00FF,K;
/UMP,%UR_RAM1,XTS23,{ Zwischenwert von ts(n-2)-ts(n-3)},$FB07,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XTSAKA,{.#*>UR [TMAIN1] ;Timer fuer Schubdauer},$FBDE,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTSCTL,{ Speicher fuer 1ms-Zaehlerstaende},$FB74,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTSLPMN,{Zaehler Mindesteinschaltdauer der SLP |umr:t_80_ms|},$F96E,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTSN3,{ Zwischenwert von ts(n+3)},$FB05,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XTSTEAA,{ [T_100TCONV]<M>Sperrtimer zu Beginn der TE-Phase},$F8E1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTSTEAAU,{ [T_TCONV]<M>Sperrtimeruntersetzung zu Beginn der TE-Phase},$F8E2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTSTHL,{count for start delay time extension TSTHL},$FCE1,1,222,T_24,3,$00FF,K;
/UMP,%UR_RAM1,XTS_APP,{ Monitor Segmentdauer alt (HOB,LOB)},$FB2C,258,11,DEZ_16,3,$FFFF,K;
/UMP,%UR_RAM1,XTTDTED,{ Time-out-Zähler für dichtes TE-System},$FDC9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTTEAUS,{TEB - Verzögerungszeit                 | 3072 ms |},$F85D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTTEVUB,{TEV-Verzugszeit aus TTEVUB             |umr:T_32E_6B|},$F864,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTTLR,{ Sperrzeittimer TV},$F81B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTTRA,{ Ueberwachungstimer der DKVS TRA},$FAA0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTTRA_U,{ Untersetzungsbyte des Ueberwachungstimers TRA},$FAA1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTUEDTL,{counter for TUEDTL                  |umr: STUF|},$F8B0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTUEDTLN,{interpolating result from TUEDTL},$FCE0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTUHS,{.#*>UR [T_TCONV] ; Untersetzung Verzög.-Timer},$FFFC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTUS,{ Highzeittimer},$FAD4,1,239,T_4TM,3,$00FF,K;
/UMP,%UR_RAM1,XTUSKS,{ Verzögerungszeit bei KS der LS (für DLSH)       |umr:t_8tconv, 48ms|},$F969,1,247,T_8TCONV,3
$00FF,K;
/UMP,%UR_RAM1,XTUSPN,{ Highzeit in 40ms-Inkrementen},$FAD5,1,237,T_4E_2,3,$00FF,K;
/UMP,%UR_RAM1,XTUSPNF,{ Highzeit in 40ms-Inkrementen, gefiltert},$FAD6,1,237,T_4E_2,3,$00FF,K;
/UMP,%UR_RAM1,XTVBER,{Bereich für TEV-Periode},$F85E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTVLR,{ XRAM-Speicher fuer TVLR(KFRTV+XTVLRH): Bereitstellung TV},$F816,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTVLRA,{ Wartetimer Freigabe LRA nach LR ein},$F80D,1,254,T_TM100,3,$00FF,K;
/UMP,%UR_RAM1,XTVLRHP,{ = tvlrhp ( 1 inc = 12 ms ) ( unsigned byte )},$FBCD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTVM,{ final duty cycle     |umr:FKTP256, 1/256},$FFC4,1,75,FKTP256,3,$00FF,K;
/UMP,%UR_RAM1,XTVREM,{ Wartezeittimer im Nachstart zur Freigabe der LR |umr:T_1_sec|},$F826,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTVSAS,{Fuel cut-off delay time    |umr:treq, 24ms|},$F942,1,172,TFREQ,3,$00FF,K;
/UMP,%UR_RAM1,XTV_VS,{ Duty cycle feedforward    |umr:FKTP256, 1/256},$FFC9,1,75,FKTP256,3,$00FF,K;
/UMP,%UR_RAM1,XTWBDCY,{wartezeitzaehler fuer erkennung 'driving cycle'},$FF5E,1,161,T8MAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XTWFRDSLE,{[T_96_MS]   Wartezeit nach Ende Sekundärluft-Diagnose                 },$FAC3,1,251
T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTWFRDSLS,{[T_96_MS]   Wartezeit für SLS-Diagnose bei Fr am Anschlag},$FABA,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTWFSSR,{ maximale Ti-Freigabezeit ohne Entriegelung},$FAEA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTWFSVNN,{ Zeit nach der verriegelt wird bei fehlender Drehza},$FF65,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XTWH,{Aufregelzeit fuer Wiederholstart/Wiederholnachstart},$FAB2,1,227,T_3060_MS,3,$00FF,K;
/UMP,%UR_RAM1,XTWLRA,{ Wartetimer der DKVS fuer Zyklusflag},$FAA8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTWLRAU,{ Untersetzungsbyte des Wartetimers},$FAA9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTWTRPDCY,{Zaehler Ersatztrip nach DCY},$F9AB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTWTRPLL,{Zaehler Ersatztrip im LL},$F9AA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTWTRPST,{Zaehler Ersatztrip nach ST},$F9AC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTZLSATV,{ [T_2048TCONV] Zyklustimer TVLRH-Ueberwachung},$F8E3,1,221,T_2048TCON,3,$00FF,K;
/UMP,%UR_RAM1,XTZLSATVL,{ [-] low Byte zu XTZLSATV},$F8E4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XTZLSATVU,{ [T_TCONV] Zyklustimer TVLRH-Ueberwachung Untersetzung},$F8E5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XUBGR,{|16XI|SZ-Nr| ubatt-verteilung},$FCCC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XUBRCT,{ Freigabezahler fuer UBR       |umr:TLLR, 0.024 [s]|},$F83D,1,182,TLLR,3,$00FF,K;
/UMP,%UR_RAM1,XUHH,{shunt current HK  [UHLSO]},$FFFA,1,260,UHLSO,3,$00FF,K;
/UMP,%UR_RAM1,XUHHF,{.#*>UR [UHLSO] ; gefilterter Heizstrom hK},$FFF1,259,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XUKLNUL,{ Knocking zero voltage test    |umr: U5VQ|},$FA00,1,258,U5VQ,3,$00FF,K;
/UMP,%UR_RAM1,XUMWELT10,{ extended VOlVO DFSO 'UMWELT 10 ( flags )'},$FE1D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XUMWELT4,{ extended VOlVO DFSO 'UMWELT 4'},$FE17,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XUMWELT5,{ extended VOlVO DFSO 'UMWELT 5'},$FE18,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XUMWELT6,{ extended VOlVO DFSO 'UMWELT 6'},$FE19,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XUMWELT7,{ extended VOlVO DFSO 'UMWELT 7'},$FE1A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XUMWELT8,{ extended VOlVO DFSO 'UMWELT 8'},$FE1B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XUMWELT9,{ extended VOlVO DFSO 'UMWELT 9  ( flags )'},$FE1C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XUPZ,{ Unterprogrammzaehler},$F887,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XUSFF,{ Sondenspannung bei Signal fett, gefiltert},$FAC9,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XUSFM,{ Sondenspannung bei Signal mager, gefiltert},$FACB,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XUSHK,{ Lambdasondenspannung behind cat (dafuer XUSHK aus EDKATKO entfernen)},$F962,1,265,USOND,3
$00FF,K;
/UMP,%UR_RAM1,XUSHKJ,{ Sondenspannung ohne Offset h.K.},$FADC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XUSMNSAA,{ Minimale bisher erreichte Sondenspannung},$FAD0,1,268,U_LAMP,3,$00FF,K;
/UMP,%UR_RAM1,XUSMNSAN,{ Minimale erreichte Sondenspannung für Tester},$FAD2,1,268,U_LAMP,3,$00FF,K;
/UMP,%UR_RAM1,XUSMXSAA,{ Maximale bisher erreichte Sondenspannung},$FACF,1,268,U_LAMP,3,$00FF,K;
/UMP,%UR_RAM1,XUSMXSAN,{ Maximale erreichte Sondenspannung für Tester},$FAD1,1,268,U_LAMP,3,$00FF,K;
/UMP,%UR_RAM1,XUSRJ,{ Regelschwelle ohne Offset},$FADD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XUSVK,{ Lambdasondenspannung vor Kat (dafuer XUSVK aus EDKATKO entfernen)},$F950,1,265,USOND,3,$00FF
K;
/UMP,%UR_RAM1,XUSVKALT,{ Lambdasondenspannung beim letzten Aufruf},$FAD3,1,268,U_LAMP,3,$00FF,K;
/UMP,%UR_RAM1,XUSVKJ,{ Sondenspannung ohne Offset v.K.},$FADB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XUSVKX,{ [U_LSONX] erw. Lambdasondenspannung vor Kat.},$F94F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVERBR,{gerundete, unkorrigierte TI_H},$F878,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVERIFIFLR,{ xy=00 => Fehler nicht verifiziert, xy=11 => Fehler},$FDEA,259,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVERST1,{ 5   Cyl.spez. Amplification Factor},$FA12,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVERST2,{ 3},$FA13,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVERST3,{ 1},$FA14,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVERST4,{ 2},$FA15,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVERST5,{ 4},$FA16,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVFAKT1,{ 5  Cyl.spez. Portansteuerung der Verstaerkung},$FA17,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVFAKT2,{ 3},$FA18,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVFAKT3,{ 1},$FA19,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVFAKT4,{ 2},$FA1A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVFAKT5,{ 4},$FA1B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVS00,{ Verstellwerte mit Neutralwert 00},$F915,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVS128,{ Verstellwerte mit Neutralwert 128},$F91F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVS30,{ Verstellwerte mit Neutralwert 30},$F91F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVSFLG,{ VS20-Flags},$F910,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVTC,{ Fahrzeuggeschwindigkeit vom Getriebe  | 1 km/h |'},$FCE8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XVWFS,{ Geschwindigkeitsspeicher für Resetfall im Betrieb},$FAEB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XV_EV1,{Extension counters fuer TI1         |umr:tmain1, 12ms|},$F935,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XV_EV2,{Extension counters fuer TI2         |umr:tmain1, 12ms|},$F936,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XV_EV3,{Extension counters fuer TI3         |umr:tmain1, 12ms|},$F937,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XV_EV4,{Extension counters fuer TI4         |umr:tmain1, 12ms|},$F938,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XV_EV5,{Extension counters fuer TI5         |umr:tmain1, 12ms|},$F939,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,XWAIT,{ Wartezeit},$FF7F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWARNCT,{ Fehlerzähler für Error-Passiv, Reset mit KL15ein},$FCF6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWARN_INFO,{ Fehlerzähler für Error-Passiv, Reset mit FSP-Delete},$FCF4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWDK,{ Absolute angle-throttle      |umr:wdk_of|},$F922,1,275,WDK_OF,3,$00FF,K;
/UMP,%UR_RAM1,XWDKBL,{ auf LL-Winkel bezogener DK-Winkel     |umr:wdk|},$F923,1,272,WDK,3,$00FF,K;
/UMP,%UR_RAM1,XWDKBL2,{ [symbol fuer source-spezifikation]},$F923,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWDKBLGR,{|16XI|SZ-Nr| wdkbl-verteilung},$FCCD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWDKBLGR8S,{|16XI|SZ-Nr| WDKBL-verteilung 8 stuetzen},$FF62,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWDKBLK,{ WDKBL korrigiert abh. v. Stelleroeffnung      |umr:wdk|},$F92C,1,272,WDK,3,$00FF,K;
/UMP,%UR_RAM1,XWDKGR_LMR,{|16XI|SZ-Nr| WDKOB-verteilung LMR},$FCD0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWDKLL,{ Leerlaufwinkel - Schwellenwert        |umr:wdk|},$F924,1,272,WDK,3,$00FF,K;
/UMP,%UR_RAM1,XWDKLM,{ gelernter Leerlaufwinkel              |umr:wdk_of|},$F926,1,275,WDK_OF,3,$00FF,K;
/UMP,%UR_RAM1,XWDKLMN,{ min. LL-Winkel pro Betriebs-Zyklus    |umr:wdk_of|},$F928,1,275,WDK_OF,3,$00FF,K;
/UMP,%UR_RAM1,XWDKOB,{ Load for turbo maps (in Overboost)   |umr:W},$FFDC,1,274,WDK_OB,3,$00FF,K;
/UMP,%UR_RAM1,XWDKVG,{ virtueller Drosselklappenwinkel gesamt        |umr:wdk|},$F8D5,1,272,WDK,3,$00FF,K;
/UMP,%UR_RAM1,XWDKVGGR,{ Source für damos Gruppen                      |main1|},$F8D4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWDKVL,{ Full load angle - threshold         |umr:wdk|},$F925,1,272,WDK,3,$00FF,K;
/UMP,%UR_RAM1,XWEFKT,{ti-vorlagerung,  umf: ZAHN;  add bei >80H},$F913,1,279,ZAHN,3,$00FF,K;
/UMP,%UR_RAM1,XWFSMS,{ Generelles Sperren/Freigeben der WFS},$FAE9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWFSPWF,{ Powerfail-Byte für WFS-Funktion},$FAE8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWFSTEIL1,{},$FF65,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWFSTEIL1_,{},$FF69,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWFSTEIL2,{},$FAE3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWFSTEIL2_,{},$FAED,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWFSTEIL3,{},$FF69,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWFSTEIL3_,{},$FF89,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWFSWP,{ Werksprüfung aktiv/inaktiv},$FF67,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XWF_L,{alte wandfilmmenge (aus KLWF)  |24us b.16MHz|},$F9E9,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWHZ,{ Wiederholungszaehler},$F886,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWKH,{delta (late) ignition angle |umr:zwonn, p=-i/0.75|},$F8C7,1,291,ZWONN,3,$00FF,K;
/UMP,%UR_RAM1,XWKKFM,{ Filtermatrix zur statistischen Auswertung der AV-Abweichungen},$F9B4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWKKFM10,{},$F9BE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWKKFM12,{},$F9C0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWKKFM14,{},$F9C2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWKKFM16,{},$F9C4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWKKFM2,{},$F9B6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWKKFM4,{},$F9B8,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWKKFM6,{},$F9BA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWKKFM8,{},$F9BC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWLL,{ Winkel Leerlauf       |78 - cts*0.75 gradKW|},$F86E,1,293,ZWOUT,3,$00FF,K;
/UMP,%UR_RAM1,XWORTZ,{ Blocklaengenzaehler},$F885,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWST,{ Winkel Start          |78 - cts*0.75 gradKW|},$F86D,1,293,ZWOUT,3,$00FF,K;
/UMP,%UR_RAM1,XWSTTIMER1,{ during xwsttimer1 <> 0 repeated engine start},$FAAE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWSTTIMER2,{ during xwsttimer2 <> 0 repeated engine start},$FAAF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWSTTIMER3,{ during xwsttimer3 <> 0 repeated engine after},$FAB0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWSTTIMER4,{ during xwsttimer4 <> 0 repeated engine after},$FAB1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWUPH,{ High Zeit Wup},$FAE7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWUPL,{ Low Zeit Wup},$FAE6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XWWDKHH,{interpolationsergebnis aus KFWWDKHH   |fkt256|},$FCD9,1,60,FKT256,3,$00FF,K;
/UMP,%UR_RAM1,XZBIT,{Bitzaehler},$F87E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZBURN,{ Zaehler erkannte Verbrennungen im KST},$FA88,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZBURNSU,{ Zaehler aller erkannte Verbrennungen im KST},$FA89,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZCTRLLTL,{AZLLTL (date) count, | q = 1zdg/cts |},$FCC1,1,152,STUF,3,$00FF,K;
/UMP,%UR_RAM1,XZCTR_BUF,{result from AZLLTLM (curve f (tmot))},$FCC2,1,152,STUF,3,$00FF,K;
/UMP,%UR_RAM1,XZDCTRABS,{Zuendungszahl seit startende  |umr: s.idata zdg_r|},$FCC0,1,280,ZDG_R,3,$00FF,K;
/UMP,%UR_RAM1,XZDCTRDIFF,{Ignition number per main cycle |umr: s.idata zdg_r|},$FCBF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZDGGR8S,{|16XI|SZ-Nr| stuetzverteilungsergebnis},$FF50,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZDSLS,{[dez]       Prüfungszähler für SLS-Diagnose},$FAB7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFKML,{   Zeitkonstante fuer Auf- und Absteuerung},$F94A,1,36,EX16_320MS,3,$00FF,K;
/UMP,%UR_RAM1,XZFLG,{},$F981,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLG1,{},$F981,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLG10,{},$F98A,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLG11,{},$F98B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLG2,{ACHTUNG: bei veraenderung den spiegel},$F982,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLG3,{xzflgs beachten !!},$F983,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLG4,{},$F984,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLG5,{berechnung der bitadresse fuer einen},$F985,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLG6,{fehlerort: siehe xerflg},$F986,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLG7,{},$F987,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLG8,{},$F988,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLG9,{},$F989,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLGS,{},$F98C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLGS1,{},$F98C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLGS10,{},$F995,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLGS11,{},$F996,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLGS2,{},$F98D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLGS3,{},$F98E,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLGS4,{},$F98F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLGS5,{berechnung der bitadresse fuer einen},$F990,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLGS6,{fehlerort: siehe xerflg.},$F991,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLGS7,{},$F992,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLGS8,{},$F993,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFLGS9,{},$F994,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZFTEADML,{Zeitkonstante für Beladungsfaktor aus Kennlinie},$F856,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZLLRAZ,{adaptionszyklenzähler zum setzen von Z_baa},$FF51,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZLSATP,{ [DEZ] counter cycle period duration monitoring},$F8E0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZNSM,{zeitkonstante znsm=f(tmot)     |umr:EX16L, 6.144/cts|},$F83E,1,29,EX16L,3,$00FF,K;
/UMP,%UR_RAM1,XZNW,{Counter for NW-Jump [kwu]},$F831,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZSYNCHRO,{ Zaehler Synchros im Kaltstart (KST)},$FA87,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZTDQDP,{zaehler fuer sperrzeit TDQDP     |24ms|},$F82D,1,193,TMESS_2O,3,$00FF,K;
/UMP,%UR_RAM1,XZTLFN,{interpolergebnis aus ztlfn (normal)},$F8FC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZTLFNN,{interpolergebnis aus ztlfnn (b_tlfu)},$F8FB,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZTUELLTL,{counter fuer TUELLTL (%UE_LLTL)        q=96ms},$FF52,1,251,T_96_MS,3,$00FF,K;
/UMP,%UR_RAM1,XZUBKST,{ Counter UB im Kaltstart < UBKST},$FA86,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZUSTWFS,{ Automatenzustand der immobilizer},$FAE4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZUWE,{Dwell step width from KFZUWE1/2/3 |umr: STUF|},$F8AF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZUZWFS,{ Zufallszahl},$FF81,258,9,DEZ,3,$FFFF,K;
/UMP,%UR_RAM1,XZWDSLS,{[T_3072_MS] Minimum time between two Prüfversuchen DSLS},$FAC1,1,229,T_3072_MS,3,$00FF,K;
/UMP,%UR_RAM1,XZWGRD,{ZW-ground value including phase correction    |78 - cts*0.75 gradK},$F86C,1,293,ZWOUT,3,$00FF,K;
/UMP,%UR_RAM1,XZWPVK,{ [DEZ] Warteperiodenzaehler Periodendauerueberwachung},$F8DF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZ_LMRGE,{ LMR-Sperrzeitzähler für I-Anteil bei GE     |umr:S},$FFDD,1,143,SEC60,3,$00FF,K;
/UMP,%UR_RAM1,XZ_LMRPGE,{ LMR-Sperrzeitzähler für P-Anteil bei GE     |umr:S},$FFDE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZ_TKOAVL,{ Time Counter for AC switch-off after full identification |umr:t_96_m},$F86F,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZ_TSLE,{Zeitzaehler fuer Einschat-Verz.|umr:t_3060_ms|},$F96D,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,XZ_TSLS,{Time count for SLS active     |umr:t_3060_ms|},$F96B,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_10MS,{ free running main1-raster timer},$FCAE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_10MSDIFF,{ 10 ms timer difference},$FCB1,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_10MSOLD,{ value of the last main1-raster timer capture},$FCB0,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_192MS,{ 16*main1-raster timer},$FCB4,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_192MSDIF,{ 16*main1-raster timer difference},$FCB6,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_192MS_A,{ 16*main1-raster timer old},$FCB5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_255SDIFF,{ FFh*main1-raster timer difference},$FCB7,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_80MS,{ free running 8*main1-raster timer},$FCAF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_80MSDIFF,{ 8*main1-raster timer difference},$FCB3,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_80MSOLD,{ value of the last 8*main1-raster timer capture},$FCB2,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_9SHELP,{ counter to generate the 9 sec time slot},$FCBD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_9STIMER,{ 9 sec time slot counter},$FCBC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_ACPRESS,{ ac pressure,analog value},$F970,1,1,ACDRUCK,3,$00FF,K;
/UMP,%UR_RAM1,X_AC_ORG,{ original ac pressure value ( no substitution )},$F975,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_FBGFHA,{ Flag-Byte Höhenadaption                       |umr:dez|},$F8CA,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_FDKHABH_,{},$F8CE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_FDKHABL,{ Faktor DK-Höhenadaption begrenzt Low-Byte     |umr:fkt128/256|},$F8CF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_FDKHAH,{ Faktor DK-Höhenadaption High-Byte             |umr:fkt128|},$F8CB,1,51,FKT128,3,$00FF,K;
/UMP,%UR_RAM1,X_FDKHAL,{ Faktor DK-Höhenadaption Low-Byte              |umr:fkt128/256|},$F8CC,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_FDKHA_L,{ Faktor DK-Höhenadaption Last-Byte             |umr:fkt128/256/256|},$F8CD,1,9,DEZ,3,$00FF
K;
/UMP,%UR_RAM1,X_FLAGHFM,{ Flagregister HFM-Fehler und Speicher},$FAC5,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_FLAGKL,{ Flagregister for  Air compressor control},$F870,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_FLAGKL1,{ Flagregister for Air compressor control},$F871,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_GANGBR,{Gangbereich (Quotient v/n) |keine aussagefaeh. dimension|},$FA95,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_GSTBIN,{Transmission status only for test purpose},$FAFF,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_GSTZAE,{Counter for monitoring the gear engagement active},$FAFE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_MAXSTACK,{max stack pointer},$FCBE,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_NGST,{Nummer der Drehzahlstuetzstelle},$FAFD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_QDHPT,{control air share |x_qdpt-KFQDP(neu)|   |qstell, 0.4kg/h|},$F82B,1,138,QSTELL,3,$00FF,K;
/UMP,%UR_RAM1,X_QDPT,{KFQDP_wert_alt (gefiltert)     |qstell, 0.4kg/h|},$F82A,1,138,QSTELL,3,$00FF,K;
/UMP,%UR_RAM1,X_SCHAST,{gear stage | 1 .. 5 according to gear, 0 = no output|},$FA94,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_SLS,{Status register for SLS},$F96C,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_SWOFF,{Speicher um die 1,1s Zeitdifferenz zu berechnen)},$F8BD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_TDMLWK,{ Entprellzaehler fuer MAX-Fehlereintrag},$FAC6,1,192,TMAIN1,3,$00FF,K;
/UMP,%UR_RAM1,X_TIME,{zaehler fuer stufenbreite ZDQDP  |24ms|},$F82C,1,222,T_24,3,$00FF,K;
/UMP,%UR_RAM1,X_WDKBLO,{xwdkbl_alt (vor 24ms)  |umr:wdk|},$F829,1,272,WDK,3,$00FF,K;
/UMP,%UR_RAM1,X_WDK_ABS,{ absolutwert (nicht ersatzwert) |umr:wdk_of|},$F92D,1,275,WDK_OF,3,$00FF,K;
/UMP,%UR_RAM1,X_WST,{ flag byte for 'Wiederholstart'},$FAAD,1,9,DEZ,3,$00FF,K;
/UMP,%UR_RAM1,X_ZDKHAXH,{ Integrator Zeitkonstante High-Byte            |umr:0.0000019s*256/},$F8D0,1,9,DEZ,3,$00FF
K;
/UMP,%UR_RAM1,X_ZDKHAXL,{ Integrator Zeitkonstante Low-Byte             |umr:0.0000019s/ink|},$F8D1,1,9,DEZ,3,$00FF
K;
/UMP,%UR_RAM1,ZAHNZ,{Zahnzaehler fuer Zahninterrupt},$007E,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ZAUTOM,{wegfahrsperre: Protokoll Zustandsautomat},$003A,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ZBAL,{absteuerfaktor L-speicher (tmot) BA    |4.88E-4|},$F9ED,1,58,FKT2048,3,$00FF,K;
/UMP,%UR_RAM1,ZDCTR,{BTN-rasterzaehler      |1 zdg|},$0082,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ZLRH,{ aktueller Kennlinienwert Integrationszeitkonstante ZLRHML},$FBC1,1,288,ZLRHK6,3,$00FF,K;
/UMP,%UR_RAM1,ZSBH,{zahnsimulation:  Buffer HOB},$007C,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ZSBL,{zahnsimulation:  Buffer LOB},$007D,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ZTLF,{Zeitkonstantenbereitstellung fuer Tl-Filter},$0060,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ZUENZAE,{segmentzaehler, reset am beginn von B2 (flgkss)},$005E,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ZVAL,{absteuerfaktor L-speicher (tmot) VA    |4.88E-4|},$F9EE,1,58,FKT2048,3,$00FF,K;
/UMP,%UR_RAM1,ZWBEG,{ZW after change limitation |umr:ZWOUT, 78-0.75*cts|},$0055,1,293,ZWOUT,2,$00FF,K;
/UMP,%UR_RAM1,ZWD,{Firing angle limit count},$0056,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ZWEN,{Delta-ZW with reinsert    |umr:ZWONN, -0.75 gradKW|},$008D,1,291,ZWONN,2,$00FF,K;
/UMP,%UR_RAM1,ZWGETR,{getriebe: add. ZW-Korrektur    |0.75 gradKW|},$0066,1,291,ZWONN,2,$00FF,K;
/UMP,%UR_RAM1,ZWNEU,{ZW before change limitation (vor syncroebene)},$005A,1,293,ZWOUT,2,$00FF,K;
/UMP,%UR_RAM1,ZWOUT,{Output firing angle   |umr:ZWOUT, 78-0.75*cts|},$0054,1,293,ZWOUT,2,$00FF,K;
/UMP,%UR_RAM1,ZZ,{Zuendzaehler (Inkrementzaehler)},$004E,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ZZEITH,{Zeitausgabe Inkrementverfeinerung Zuendung HOB},$0050,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ZZEITL,{Zeitausgabe Inkrementverfeinerung Zuendung LOB},$004F,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,Z_ZMEM,{KR: Memory fuer Zylinderzaehler},$0046,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,Z_ZYL,{ Zylinderzaehler fuer Phase    |dez|},$0011,1,9,DEZ,2,$00FF,K;
/UMP,%UR_RAM1,ADB,{D:FLAG1.2 Indikator fuer synchrone AD-Wandlung},$0025,1,93,YES_NO,2,$0004,K;
/UMP,%UR_RAM1,ALRST0,{O:xalrst.0  Adaptionsbereich 1 aktiv},$F80A,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,ALRST1,{O:xalrst.1  Adaptionsbereich 2 aktiv},$F80A,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,ALRST2,{O:xalrst.2  Adaptionsbereich 3 aktiv},$F80A,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,ALRST3,{O:xalrst.3  kein Adaptionsbereich aktiv},$F80A,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,ALRST7,{O:xalrst.7  LRA nicht zugelassen (=!B_LRA)},$F80A,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,ALT_LL,{O:XFLAG0.2  LL was detected (f LL = 1 -> 0 detection)},$F879,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,APPL_FREI,{O:xf_wfs.2  Application interface can be activated},$FAE3,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B14,{O:xmainfa1.2  engine speed above limit-nlf},$F8B2,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B15,{O:xmainfa1.1  AC-ON flag is set to active},$F8B2,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B16,{O:xmainfa1.4  when FO_LOG15: delay time},$F8B2,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B17,{O:xmainfa3.5  Anforderung von DPAC: Lufter12 einschalten},$F8B4,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B18,{O:xmainfa2.2  TMOT - error},$F8B3,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B18A,{O:xmainfa4.2  tmot error},$F8B5,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B22,{O:xmainfa4.3  main_fan controlled by D2},$F8B5,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B24,{O:xmainfa4.0  Hosenrohrmodell},$F8B5,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B25,{O:xmainfa4.1  coolant temp. above limit},$F8B5,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B27,{O:xmainfa4.4  coolant temp. above limit},$F8B5,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B28,{O:xmainfa4.5  coolant temp. above limit},$F8B5,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B31,{O:xmainfa2.4  fan1/2 has been running for more than 5s},$F8B3,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B51,{O:x_flagkl.1  Num. of ignitions > AZKOAS},$F870,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B53,{O:x_flagkl.3  Time to full-load detection TKOAVL expired},$F870,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B56,{O:x_flagkl.5  Time to full load detection TKOAVLMN expired},$F870,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B64,{O:xmainfa2.6  output stage of fan1/2 must not be changed},$F8B3,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B81,{O:xmainfa2.3  E-box temperature - error},$F8B3,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B93,{O:xmainfa3.6  set if e_luea set},$F8B4,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,BH11,{O:xmainfa2.0  coolant temp. above limit - TMLF1},$F8B3,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,BH12,{O:xmainfa1.3  vehicle speed below limit-VLF1},$F8B2,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,BH21,{O:xmainfa1.7  vehicle speed below limit-VLF2},$F8B2,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,BH32,{O:xmainfa2.5  coolant temperature above limit - TMLF2},$F8B3,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,BH50,{O:x_flagkl.0  TMOT > TMLF3},$F870,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,BH52_B56,{O:x_flagkl.2  Replacement operation for BH52 and B 56},$F870,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,BH55,{O:x_flagkl.4  X_ACPRESS > PACREL,S_KO einmal aktiv,delay 1},$F870,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,BH60,{O:xmainfa1.0  ac_pressure above ac_p2},$F8B2,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,BH61,{O:xmainfa1.6  vehicle speed below limit-VLF4},$F8B2,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,BH62,{O:xmainfa2.7  ac_pressure above ac_p3},$F8B3,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,BH63,{O:xmainfa2.1  mixture of speed and pressure},$F8B3,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,BH80,{O:xmainfa1.5  E-box temperature above limit (tebox)},$F8B2,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,BM_SYN,{D:FLAGBM.1 Synchronisation (zahnluecke) occured},$0024,1,93,YES_NO,2,$0002,K;
/UMP,%UR_RAM1,BTN,{D:FLAG1.3 Indikator fuer Periodendauer gemessen},$0025,1,93,YES_NO,2,$0008,K;
/UMP,%UR_RAM1,B_A5A6,{O:xmcstat.0  Massetastg. erkannt, warte auf A5 od.A6},$F8ED,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_AAVE,{O:xfdtes2.3  AAV fehlerhaft verschlossen},$FDA1,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_AAVUE,{O:xfdtes2.5  AAV fehlerhaft verschlossen},$FDA1,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_AAVZB,{O:xfdtes3.3  AAV-Prüfung beendet},$FDA2,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_AC,{O:x_flagkl1.1  Control AC relay},$F871,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_ACA,{D:KRFLG2.3 Input for KOS73, no input for KOS56},$002D,1,93,YES_NO,2,$0008,K;
/UMP,%UR_RAM1,B_AC_FF,{O:x_flagkl1.0  nur N2PHT (650) : S_AC-FlipFlop},$F871,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_ADKAT,{O:xflgkat.3  Sondenamplitudenermittlung aktiv},$F9CA,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_ADP,{O:xf_lfr.2  bedingung bedarfsadaption},$F836,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_ANFW,{O:xtmodflag.5  Anfangswertübernahme},$FCF7,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_ATEVZU,{O:xfdtes6.3  10s-Timer in A_TEVZU ist aktiv},$FDA5,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_ATMTPA,{O:xfatm.2  Filter Abgastemperaturmodell aktiv},$F997,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_ATMTPE,{O:xfatm.0  Taupunktende erreicht},$F997,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_ATMTPK,{O:xfatm.3  Filter Kattemperaturmodell aktiv},$F997,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_ATMW,{O:xfatm.1  B_ATMTPE aus letztem Fahrzyklus},$F997,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_BDH,{O:xmcstat.6  es wurde hohe Baudrate gereizt},$F8ED,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_BDM,{O:xmcstat.5  es wurde mittlere Baudrate gereizt},$F8ED,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_BOFDTV,{O:xfkvs.2  DTV im Bereich ohne Fehler},$FA9F,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_BOFFRA,{O:xfkvs.1  FRA im Bereich ohne Fehler},$FA9F,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_BOFTRA,{O:xfkvs.0  TRA im Bereich ohne Fehler},$FA9F,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_D2,{D:FLAG3.5 Indikator VOLVO-Diagnose II in operation},$0027,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,B_DCY,{O:xobdstat.0  Driving-Cycle fulfilled},$F9A4,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_DESEE,{O:xcj400flg.2  Satisfies the input conditions},$FDDF,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_DIS_AC,{O:x_flagkl.6  AC relay does not actuate. EDTLE, DPAC impact},$F870,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_DKAT,{O:xflgkat.7  Katkonvertierungsueberwachung aktiv},$F9CA,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_DKNLM_HA,{O:x_fbgfha.7  Bedingung DK-Fehler & kein LM-Fehler},$F8CA,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_DLASH,{O:xfdlsa.1  Schwingungsüberwachung aktiv},$F8D9,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_DLATP,{O:xfdlsa.3  Periodendauerüberwachung aktiv},$F8D9,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_DLATV,{O:xfdlsa.4  TV-Überwachung aktiv},$F8D9,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_DLE,{O:xf_dle.0  Einschaltbedingung fuer DLE},$FAF8,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_DSHNF,{O:xfdlsa.6  Regler h.K. hat nicht angefettet},$F8D9,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_DSHNM,{O:xfdlsa.7  Regler h.K. hat nicht abgemagert},$F8D9,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_DSLALR,{O:xdsls1.3  Diagnose Sekundärluftsystem Anpassung Reglerpar},$FAB3,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_DSLILR,{O:xdsls1.4  Diagnose Sekundärluftsystem Integratorsteigung},$FAB3,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_DSLLRST,{O:xdsls1.5  Steuerung des Regelfaktors aus DSLS},$FAB3,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_DSLS,{D:FLAG02.4 DSLS active},$0023,1,93,YES_NO,2,$0010,K;
/UMP,%UR_RAM1,B_DSLSA,{O:xdsls2.7  LR forces, even if E_SLS = 1},$FAB4,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_DSVKD,{O:xfdlsa.5  Grenzwert bei ATV überschritten},$F8D9,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_DTEA,{O:xfdtes2.7  Abbruch TE-Diagnose},$FDA1,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_DTEAAV,{O:xfdtes4.2  AAV closed condition},$FDA3,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_DTEABB,{O:xfdtes1.5  Bedingung TEV Absteuern bei Beladung},$FDA0,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_DTEABK,{O:xfdtes1.0  Abbruch wegen zu hohen Kompensationsgradienten},$FDA0,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_DTEABS,{O:xfdtes1.4  Abbruch TE-Diagnose wegen Regelgrenzen},$FDA0,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_DTEB,{O:xfdtes3.5  Beginning of the loading test},$FDA2,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_DTEB_A,{O:xfdtes3.6  Vorangegangener Status der Beladungsprüfung},$FDA2,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_DTEFRR,{O:xfdtes5.0  Bed. Lambdareglerreset bei TEV-Diagnsoe},$FDA4,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_DTEG,{O:xfdtes1.3  Nur gross leakprüfung wegen leicht gasendem Kraf},$FDA0,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_DTEND,{O:xfdtes3.4  Tank vent diagnosis beenden},$FDA2,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_DTES,{O:xfdtes4.3  Aktive Diagnose: tank venting system},$FDA3,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_DTEST,{O:xfdtes4.0  Start for TEV-Control},$FDA3,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_DTEST_A,{O:xfdtes5.3  Vorangegangener Status Start für TEV-Ansteueru},$FDA4,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_DTESW,{O:xfdtes1.2  Kraftstoffschwapper erkannt},$FDA0,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_DTES_A,{O:xfdtes6.0  Alter Zustand von B_DTES},$FDA5,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_DTLDLE,{O:xf_dle.1  Bed. Diagnoseschwellen DTLDLEO bzw.},$FAF8,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_EDKVS,{O:xfkvs.6  Regleranschlag in DKVS},$FA9F,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_ERROR,{O:xfdtes1.1  Fehler erkannt},$FDA0,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_ERROR_A,{O:xfdtes6.1  Alter Zustand von B_ERROR},$FDA5,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_ESDIA,{O:xcj400flg.3  cj400-Diagnose aktiv},$FDDF,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_ESP,{O:x_sls.1  condition SLS active (:= b_sls)},$F96C,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_ESPE,{D:FLAG01.6 SLS successfully completed},$0022,1,93,YES_NO,2,$0040,K;
/UMP,%UR_RAM1,B_EUB,{O:xdubatt.0  Bedingung aktuelle Ubatt außer-},$F8C5,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_FA,{O:xtkdfa.0  Funktionsanforderung allg.},$F8E9,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_FADKVS,{O:xtkdfa.6  Funktionsanforderung DKVS},$F8E9,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_FASH,{O:xtkdfa.5  Funktionsanforderung DLSA},$F8E9,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_FASLS,{O:xtkdfa.2  Funktionsanforderung DSLS},$F8E9,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_FATES,{O:xtkdfa.1  Funktionsanforderung tank venting system},$F8E9,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_FATP,{O:xtkdfa.4  Funktionsanforderung DLSA},$F8E9,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_FATV,{O:xtkdfa.3  Funktionsanforderung DLSA},$F8E9,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_FDKHA_K1,{O:x_fbgfha.4  Bedingung fdkha<1},$F8CA,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_FLR_MAX,{O:xtfaflag.2 Detected error type 'maximum value'},$FFB4,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_FLR_MIN,{O:xtfaflag.1 Detected error type 'minimum value'},$FFB4,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_FLR_PLAU,{O:xtfaflag.3 Detected error type 'plausibility'},$FFB4,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_FRMAX,{O:xf_lr.6  Regler am oberen Anschlag},$F820,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_FRMIN,{O:xf_lr.7  Regler am unteren Anschlag},$F820,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_GA,{O:xfr_te.2  Gemischadaption},$F848,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_GAE,{O:xfkvs.3  LRA eingeschwungen},$FA9F,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_GAEFRA,{O:xfkvs.5  FRA eingeschwungen},$FA9F,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_GAETRA,{O:xfkvs.4  TRA eingeschwungen},$FA9F,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_GASP,{O:xalrst.5  lock condition LRA},$F80A,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_GKOMP,{O:xfdtes4.7  Messung Kompensationsgradient beendet},$FDA3,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_GT_NDV,{O:xdvflag.0  Bedingung n > NDV},$FAE1,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_GT_TLDV,{O:xdvflag.1  Bedingung tl > TLDV},$FAE1,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_GT_TMDV,{O:xdvflag.3  Bedingung tmot > TMDV},$FAE1,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_HA,{O:x_fbgfha.0  Bedingung Höhenadaption},$F8CA,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_HOFRAL,{O:XFLAG1.3  höhenfreigabe_alt (für hysterese)},$F87A,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_HSH,{O:xf_hls.5  Sonde behind cat wird beheizt},$FFF4,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_HSHEIN,{O:xf_hls.6  Sondenheizung behind cat ein},$FFF4,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_HSHN,{O:xe_hls.5  Nebenschluß Sondenheizung h.K. erkannt},$FFFB,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_HSHRED,{O:xf_hls.7  Sondenheizung behind cat reduziert},$FFF4,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_HSHRY,{O:xe_hls.6  Prüfung Heizung behind cat beendet},$FFFB,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_HSHST,{O:xf_hls.4  Sondenheizstrom h.K. steht bereit},$FFF4,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_HSHV,{O:xe_hls.4  Fehler verminderte Heizleistung behind cat erka},$FFFB,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_HSV,{O:xf_hls.1  Sonde vor Kat wird beheizt},$FFF4,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_HSVEIN,{O:xf_hls.2  Sondenheizung vor Kat ein},$FFF4,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_HSVN,{O:xe_hls.1  Nebenschluß Sondenheizung v.K. erkannt},$FFFB,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_HSVRED,{O:xf_hls.3  Sondenheizung vor Kat reduziert},$FFF4,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_HSVRY,{O:xe_hls.2  Prüfung Heizung vor Kat beendet},$FFFB,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_HSVST,{O:xf_hls.0  Sondenheizstrom v.K. steht bereit},$FFF4,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_HSVV,{O:xe_hls.0  Fehler verminderte Heizleistung vor Kat erkannt},$FFFB,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_ISET,{O:xf_lmr.3  Set condition I share},$FFBD,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_KFSLP,{O:x_sls.4  Release secondary air pump over KFSLP},$F96C,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_KH,{O:XFLAG0.1  cat heating intervention is allowed},$F879,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_KK,{O:xmcstat.1  A5 od.A6 received, Komm.Kennung runs},$F8ED,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_KSMH,{O:xe_lshk.6  Short circuit probe-DG, Tripbedingung},$F961,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_KSTA,{O:XFLAG0.0  Kaltstartadaption scharf},$F879,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_KSTAUE,{O:XFLAG0.7  Kaltstartadaptionsfaktoren im INI-Teil ueberneh},$F879,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_KSUBH,{O:xe_lshk.1  Short circuit-UB probe, Tripbedingung},$F961,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_LDB,{O:xflag7.2  Boost pressure reduction im 1. Gang},$F846,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_LDBAG,{O:XF_TC2.1  Boost pressure reduction requested},$FCE4,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_LDR,{O:xf_lmr.0  Operating point within TKF},$FFBD,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_LEERTK,{O:xfdtes1.7  empty tank recognized},$FDA0,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_LL,{D:PORTE1.1 Detected idle},$0020,1,93,YES_NO,2,$0002,K;
/UMP,%UR_RAM1,B_LLTL,{O:XFLAG0.3  LL = 1 -> 0 transition detected (DKFKTmodul)},$F879,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_LL_OLD,{D:FLAG02.7 used within dkat - old status of LL},$0023,1,93,YES_NO,2,$0080,K;
/UMP,%UR_RAM1,B_LL_UK,{O:xf_uk.2  LL-status UK},$F9DF,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_LMRA,{O:xf_lmr.1  LMR aktiv},$FFBD,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_LR,{D:FLAG5.5 Lambdaregelung 'ein' - Normalbetrieb},$0029,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,B_LR2S,{O:xlrst.1  Status LR als 2-Sonden-Regelung},$F821,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_LRAR,{O:xalrst.4  Adaptionsgrenzen reduziert},$F80A,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_LRASDS,{O:xdsls2.0  set to lock LRA},$FAB4,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_LRHK,{O:xsthk.1  Lambda control h.K. switched},$FBBE,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_LRHKP,{O:xsthk.2  P-jump, switch on condition},$FBBE,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_LRHKP1,{O:xsthk.3  p-jump without QLRHPPO},$FBBE,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_LRLNTL,{O:xf_lr2.4 B_ll & tl =< TLLRSHB & n > NLRSHB},$F827,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_LRND,{O:xf_lr.0  Lambdaregelalgorithmus aktiv},$F820,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_LRTL,{O:xf_lr2.0 v.kat of load-dependent condition lambda control},$F827,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_LRVK,{O:xlrst.4  Status LR als 1-Sonden-Regelung},$F821,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_LSAF,{O:xlsvk.1  Sonde v.K. außerhalb Fenster},$F94E,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_LSAFKN,{O:xlsvk.3  Sonde v.K. außerhalb Fenster, kein NS},$F94E,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_LSPVS,{O:xe_lsvk.5  Potentialversatz},$F94D,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_LSSAEX,{O:xf_lssa.2  Wartetimer Extremwerte abgelaufen},$FAC8,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_LSVKLT,{O:xlsvk.6  Sonde vor Kat kalt},$F94E,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_LSVN,{O:xlsvk.7  Nebenschluß bei Sonde vor Kat},$F94E,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_LT_ANVAL,{O:xdvflag.6  Bedingung vmess < ANVIMP alter Wert},$FAE1,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_LT_ANVIM,{O:xdvflag.2  Bedingung vmess < ANVIMP aktuell},$FAE1,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_MAXMLWK,{O:x_flaghfm.2  Entprellzeit vor Fehlereintrag},$FAC5,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_MAX_FLR,{O:xtmodflag.2  max-Fehler},$FCF7,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_MCA,{D:PORTE1.5 MCMESS active generall},$0020,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,B_MCM,{D:FLAG02.2 MCMESS active measuring mode},$0023,1,93,YES_NO,2,$0004,K;
/UMP,%UR_RAM1,B_MCS,{D:FLAG3.6 MCMESS zündungssynchrone Ausgabe aktiv},$0027,1,93,YES_NO,2,$0040,K;
/UMP,%UR_RAM1,B_MCSA,{D:FLAG6.3 MCMESS output in DIESEM Synchroprog. active},$002A,1,93,YES_NO,2,$0008,K;
/UMP,%UR_RAM1,B_MCTR,{D:FLAG6.4 MCMESS kommunizierte, Timeout retriggern},$002A,1,93,YES_NO,2,$0010,K;
/UMP,%UR_RAM1,B_MESS,{O:xfdtes5.4  Schwapperkennung},$FDA4,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_MFB_H,{O:xflgmfb.6  high recognized for healing},$F8BE,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_MFB_KM,{O:xflgmfb.2  short-circuit to ground},$F8BE,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_MFB_KU,{O:xflgmfb.3  open or short-circuit to UB},$F8BE,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_MFB_L,{O:xflgmfb.5  line check o.k. or detected low},$F8BE,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_MFB_N,{O:xflgmfb.4  detected rotational speed threshold},$F8BE,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_MILEB,{O:xobdstat.5  MIL-Request, self determined},$F9A4,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_MILFB,{O:xobdstat.4  MIL-Request, Other-Directed},$F9A4,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_MIN_FLR,{O:xtmodflag.1  min-Fehler},$FCF7,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_NMAX,{D:FLAG4.4 Maximaldrehzahl überschritten.},$0028,1,93,YES_NO,2,$0010,K;
/UMP,%UR_RAM1,B_NOLRB,{O:xlrst.2  Status LR aus wegen Betriebszustand},$F821,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_NOLRE,{O:xlrst.3  Status LR aus wegen Fehler},$F821,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_NOLRW,{O:xlrst.0  Status LR aus wegen Warmlauf},$F821,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_NOWUC,{O:xobdstat.2  Not Warming up},$F9A4,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_NO_FLR,{O:xtmodflag.0  kein Fehler},$FCF7,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_NSP,{D:FLAG01.0 bedingung nachspritzer aus UK},$0022,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,B_NSWO_UK,{O:xf_uk.3  N_SWO-status UK},$F9DF,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_PAGESYN,{D:FLAG6.6 Info, Page from which the Syncro paging occurs},$002A,1,93,YES_NO,2,$0040,K;
/UMP,%UR_RAM1,B_PLAUS_FL,{O:xtmodflag.3  plaus-Fehler},$FCF7,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_PSMAX,{O:xflag2.5  PSMX limiter acting},$F87B,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_PTDIFF,{O:xfdtes6.2  Druckminimum in AAV-Prfg. erkannt},$FDA5,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_PTEST,{O:xdpac_flag.2  plausibility check completed.},$F96F,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_PVSH,{O:xf_lshk.7  Lamdasonden-Potentialversatz h.K.},$F960,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_QAC,{O:x_flagkl.7  (only for N2PHT) request to the LLR},$F870,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_RXD,{O:xmcstat.2  act state K-line inverted},$F8ED,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_RXDA,{O:xmcstat.3  (10ms-)alter Zustand d.K-Leitung inv.},$F8ED,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_SA,{D:FLAG3.0 Indikator Fuel Cutoff},$0027,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,B_SAVEC,{D:KRFLG2.5 Save the carrys in syncro-paging},$002D,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,B_SA_HA,{O:x_fbgfha.3  Bedingung Schubabschneiden},$F8CA,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_SA_K1,{O:x_fbgfha.5  Bedingung Schubabschneiden & fdkha<1},$F8CA,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_SBBHK,{O:xf_lshk.0  probe ready},$F960,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_SBBVK,{O:xf_lsvk.0  probe ready},$F94C,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_SCATT,{D:FLAG02.3 isocarb 9141-2 is running (synchron.)},$0023,1,93,YES_NO,2,$0008,K;
/UMP,%UR_RAM1,B_SLS,{O:x_sls.1  Condition SLS active},$F96C,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_ST,{D:FLAG4.1 start-status von ST_VORL im syncro uebernommen},$0028,1,93,YES_NO,2,$0002,K;
/UMP,%UR_RAM1,B_STAA,{O:xf_st.0  einrechnung von STADAP im nachstart erlaubt},$F835,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_START,{O:xfdtes5.2  Start},$FDA4,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_STOPP,{O:xfdtes5.1  Stopp},$FDA4,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_ST_UK_MN,{O:xf_uk.0  startstatus UK-main1},$F9DF,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_ST_UK_SY,{O:xf_uk.1  startstatus UK-syncro},$F9DF,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_TACH_INI,{D:FLAG02.6 Initialisierung der v-Erfassung},$0023,1,93,YES_NO,2,$0040,K;
/UMP,%UR_RAM1,B_TANKD,{O:xfdtes4.6  aktiv bei geschlossenem Tankdeckel},$FDA3,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_TDTAL,{O:xtfaflag.0 Additional conditions for minimum error are met},$FFB4,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_TDTEGR,{O:xfdtes7.1 Zähler xtdteab wurde mit TDTEGR geladen},$FDA6,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_TE,{O:xfr_te.4  B_TEI=1 oder TATE > 0},$F848,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_TEF,{O:xfr_te1.1 Zusammengefaßte Eingangsbed.},$F847,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_TEHB,{O:xfr_te.3  high load},$F848,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_TEI,{O:xfr_te.5  Tankentlüftungsphase},$F848,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_TEP,{O:xfr_te.0  TE aktiv},$F848,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_TESAE,{O:xfdtes2.1  gross leak vorhanden},$FDA1,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_TESAZ,{O:xfdtes3.2  gross leakprüfung beendet},$FDA2,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_TESE,{O:xfdtes2.4  TEV fehlerhaft offen},$FDA1,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_TESFE,{O:xfdtes2.2  fine leak vorhanden},$FDA1,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_TESFZ,{O:xfdtes3.0  fine leakprüfung beendet},$FDA2,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_TESFZ_A,{O:xfdtes4.4  Vorangegangener Status fine leakprüfung},$FDA3,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_TESGE,{O:xfdtes2.0  gross leak vorhanden},$FDA1,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_TESGKE,{O:xfdtes2.6  TEV fehlerhaft offen},$FDA1,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_TESGZ,{O:xfdtes3.1  gross leakprüfung beendet},$FDA2,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_TESOZE,{ DS-T-Signal unplausibel},$0020,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,B_TEVAB,{O:xfdtes5.5  TEV wird zugesteuert},$FDA4,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_TEVZU,{O:xfdtes4.1  TEV schließen},$FDA3,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_TFAFLR,{O:xtfaflag.5 Debounced error and not yet healed},$FFB4,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_TFAFLRDA,{O:xtfaflag.4 Fdebounced error and currently present},$FFB4,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_TFRA,{O:xfkvs.7  Adaptionszeit TFRAZ beendet},$FA9F,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_TGAZA,{O:xfr_te.7  Zeit TGAZA abgelaufen},$F848,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_TLFU,{O:XFLAG1.6  Bedingung tl-filter-umschaltung},$F87A,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_TLRSA,{O:xf_lr2.1 Ausschaltbed. fuer Lambdaregelung bei und nach Schub },$F827,1,93,YES_NO,3,$0002
K;
/UMP,%UR_RAM1,B_TMDMM,{O:xtmodflag.7  Temperaturmodell läuft},$FCF7,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_TMDPAC,{O:xdpac_flag.0  prohibit the plasibility testing until tmot},$F96F,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_TMLR,{O:xf_lr2.2 Einschaltbed. für LR  tmot > TMLR1,2 bzw tmot > TMLR1,2 + DTMR },$F827,1,93
YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_TMODST,{O:xtmodflag.6  Startflagge, Zeitverzögert für TMOD},$FCF7,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_TMOTLU,{O:XFLAG1.7  DASE inaktiv, da TMOT<Schwelle},$F87A,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_TRP,{O:xobdstat.1  Trip fulfilled},$F9A4,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_TRP_EDGE,{O:xflag2.7  DFSO: internal software bit},$F87B,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,B_TSLD,{O:x_sls.0  TSLD condition: Time expired TSLD},$F96C,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_TSLE,{O:x_sls.3  Bedingung TSLE},$F96C,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_TTEAUS,{O:xfr_te1.0 TTEAUS abgelaufen},$F847,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_TTEDST,{O:xfdtes7.0 Zähler xtdteab wurde mit TTEDST+TTEDST05 gelade},$FDA6,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,B_TTEINI,{O:xfr_te.6  1. TE-Phase},$F848,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_TVNULL,{O:x_sls.2  Duty cycle KFSLV = 0 %},$F96C,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_UBMN,{O:xdubatt.2  Fehlerart min},$F8C5,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_UBMX,{O:xdubatt.1  Fehlerart max},$F8C5,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_UDREHZ,{O:xf_wfs.4  Recognized low speed exit},$FAE3,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_UEFAUSGE,{O:XFLAG1.1  uebergangsfunktion triggered},$F87A,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,B_UEFSCH,{O:XFLAG1.2  uebergangsfunktion scharf},$F87A,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,B_UELL,{O:x_flagkl1.3  Condition transition function},$F871,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_UKG,{D:PORTE1.3 condition UK wirkt acts strong},$0020,1,93,YES_NO,2,$0008,K;
/UMP,%UR_RAM1,B_UKWSYN,{O:xf_uk.4  syncro an main1: teukwm ist eingerechnet},$F9DF,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_UKWSYN1,{O:xf_uk.5  zwischenspeicher von b_ukwsyn},$F9DF,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,B_USVKA,{O:xfdtes6.4  XUSVK > USR},$FDA5,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_VL,{D:PORTE1.0 recognized full load},$0020,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,B_VLLREB,{O:xf_lr2.3 B_VLLREB = (n > NRVL) & B_VL},$F827,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_VMAXW,{O:xflag2.4  vmax soft limiter (about PSOLL)},$F87B,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_VOLLTK,{O:xfdtes1.6  Voller Tank erkannt},$FDA0,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,B_WEH,{O:fr_syn.0  WE condition hard},$009B,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,B_WRE,{O:xmcstat.4  Entriegel-Bit f.schreibende Funktionen},$F8ED,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,B_WUC,{O:xobdstat.3  Warming up recognized},$F9A4,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,B_ZEGE,{O:xobdstat.7  cycle bit - buffer or 0->1-recognized over transition},$F9A4,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,CAN_OK,{D:FLAG02.5 CAN-Bus arbeitet korrekt},$0023,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,CPULSB,{D:FLAG4.2 toggle bit for cpu control, 1:=opener is high},$0028,1,93,YES_NO,2,$0004,K;
/UMP,%UR_RAM1,DIA_FREI,{O:xf_wfs.0  WFS protocol is completed, allow stimulation},$FAE3,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,DIA_RED,{O:xf_wfs.1  Writing the WFS Ram cells not approved},$FAE3,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,DIS_AAV,{O:xcj400dis.4  prohibit output charcoal valve},$FDDE,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,DIS_ML,{O:xcj400dis.5  Fan Motor Output Prohibit},$FDDE,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,DIS_SLS,{O:xcj400dis.6  Prohibit output SLS},$FDDE,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,DIS_TCV,{D:DIS_TI.5 prohibit turbo control valve},$002B,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,DIS_TEV,{O:xcj400dis.3  Output tank venting valve prohibit},$FDDE,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,DIS_TI1,{D:DIS_TI.0 verbot TI1          ! xflgtiab},$002B,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,DIS_TI2,{D:DIS_TI.1 verbot TI2          ! in xseg},$002B,1,93,YES_NO,2,$0002,K;
/UMP,%UR_RAM1,DIS_TI3,{D:DIS_TI.2 verbot TI3          ! geht von},$002B,1,93,YES_NO,2,$0004,K;
/UMP,%UR_RAM1,DIS_TI4,{D:DIS_TI.3 verbot TI4          ! dieser be-},$002B,1,93,YES_NO,2,$0008,K;
/UMP,%UR_RAM1,DIS_TI5,{D:DIS_TI.4 verbot TI5          ! legung aus.},$002B,1,93,YES_NO,2,$0010,K;
/UMP,%UR_RAM1,DIS_ZWD,{D:FLAG4.3 zwd-portschaltverbot von CJ400-diagnose},$0028,1,93,YES_NO,2,$0008,K;
/UMP,%UR_RAM1,DIS_ZWD_O,{O:xcj400dis.1  Prohibit issuing ZWD Opener},$FDDE,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,DIS_ZWD_S,{O:xcj400dis.0  Prohibit issue ZWD-NO},$FDDE,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,DKSICH,{O:xf_lmr.7  DK-Poti defekt},$FFBD,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,DK_MAXFLR,{O:xf_wdk.4  DK-Poti-MAX-Fehler},$F921,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,DK_MINFLR,{O:xf_wdk.3  DK-Poti-MIN-Fehler},$F921,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,DPAC_MAX,{O:xdpac_flag.3  MAX-error (current)},$F96F,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,DPAC_MIN,{O:xdpac_flag.4  MIN-error (current)},$F96F,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,DPAC_PLAUS,{O:xdpac_flag.5  Plaus-Error (current)},$F96F,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,DRWUER,{O:XFLAG1.0  DRIVE wurde schon mal erkannt},$F87A,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,DSLSACT,{O:xdsls1.0  diagnosis active},$FAB3,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,DSLSMAX,{O:xdsls1.2  Max stop the regulator},$FAB3,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,DSLSMESS,{O:xdsls1.7  local software data},$FAB3,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,DTES_96,{O:xfdtes5.7  96 ms abgelaufen},$FDA4,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,DTES_X,{O:xfdtes5.6  Eingangsbedingungen erfüllt},$FDA4,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,DTLFERT,{O:XFLAG1.5  DTL-bildung abgeschlossen},$F87A,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,DYFLAG,{D:KRFLG2.7 Dynamikvorhalt aktiv},$002D,1,93,YES_NO,2,$0080,K;
/UMP,%UR_RAM1,EKPFREQHO,{D:PORTE1.4 high frequency of EKP relay control},$0020,1,93,YES_NO,2,$0010,K;
/UMP,%UR_RAM1,ERRORFLAG,{O:xcj400flg.0  It is an error exists},$FDDF,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,ERROR_XYZ,{D:FLAG1.0 any error within fcm is set},$0025,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,EV_ERROR,{O:xcj400flg.4  Communication bit error for EV},$FDDF,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,E_AAV,{O:xerflg5.3  fehler Valve active carbon filter (Fkt)},$F97A,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,E_AAVE,{O:xerflg5.4  fehler Valve active carbon filter (Endst.)},$F97A,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,E_AGRF,{O:xerflg4.7  fehler Überwachung EGR-FLOW},$F979,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,E_ASE,{O:xerflg2.5  fehler Aussetzererk., Summe, emission-relevant},$F977,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,E_ASE1,{O:xerflg2.6  fehler Misfire detection Cyl.1, emission-relevant},$F977,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,E_ASE2,{O:xerflg2.7  fehler Misfire detection Cyl.2, emission-relevant},$F977,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,E_ASE3,{O:xerflg3.0  fehler Misfire detection Cyl.3, emission-relevant},$F978,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,E_ASE4,{O:xerflg3.1  fehler Misfire detection Cyl.4, emission-relevant},$F978,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,E_ASE5,{O:xerflg3.2  fehler Misfire detection Cyl.5, emission-relevant},$F978,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,E_ASK,{O:xerflg3.3  fehler Aussetzererk., Summe, catalyst-damaging},$F978,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,E_ASK1,{O:xerflg3.4  fehler Misfire detection Cyl.1, kat.-schädige},$F978,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,E_ASK2,{O:xerflg3.5  fehler Misfire detection Cyl.2, kat.-schädige},$F978,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,E_ASK3,{O:xerflg3.6  fehler Misfire detection Cyl.3, kat.-schädige},$F978,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,E_ASK4,{O:xerflg3.7  fehler Misfire detection Cyl.4, kat.-schädige},$F978,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,E_ASK5,{O:xerflg4.0  fehler Misfire detection Cyl.5, kat.-schädige},$F979,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,E_BAA,{O:xerflg9.6  error adaptation required at the stop},$F97E,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,E_BM,{O:xerflg6.3  fehler Reference mark sensor},$F97B,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,E_CGE,{O:xerflg10.2  fehler CAN-Interface, Timeout EGS},$F97F,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,E_CIF,{O:xerflg9.5  fehler CAN-Interface, interner Fehler},$F97E,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,E_DF,{O:xerflg11.1  fehler pressure sensor},$F980,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,E_DK,{O:xerflg6.6  fehler DK - Potentiometer},$F97B,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,E_DK_HA,{O:x_fbgfha.2  DK-Fehler},$F8CA,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,E_DPL,{O:xerflg6.1  fehler Dauerplus},$F97B,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,E_DST,{O:xerflg5.6  fehler Drucksensor Tank},$F97A,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,E_DTV,{O:xerflg2.2  fehler LR-adaptation ti-additive},$F977,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,E_EGA,{O:xerflg8.4  fehler unknown error output stages (Gruppe A)},$F97D,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,E_EGB,{O:xerflg8.5  fehler unknown error output stages (Gruppe B)},$F97D,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,E_EGC,{O:xerflg8.6  fehler unknown error output stages (Gruppe C)},$F97D,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,E_EGD,{O:xerflg8.7  fehler unknown error output stages (Gruppe D)},$F97D,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,E_EGE,{O:xerflg9.0  fehler unknown error output stages (Gruppe E)},$F97E,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,E_EGF,{O:xerflg9.1  fehler unknown error output stages (Gruppe F)},$F97E,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,E_EV1,{O:xerflg7.3  fehler EV of Cyl. 1},$F97C,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,E_EV2,{O:xerflg7.4  fehler EV of Cyl. 2},$F97C,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,E_EV3,{O:xerflg7.5  fehler EV of Cyl. 3},$F97C,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,E_EV4,{O:xerflg7.6  fehler EV of Cyl. 4},$F97C,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,E_EV5,{O:xerflg7.7  fehler EV of Cyl. 5},$F97C,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,E_FRA,{O:xerflg2.0  fehler LR-adaptation multiplikativ},$F977,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,E_HSH,{O:xerflg1.4  fehler Lambda probe heating behind catalytic converter},$F976,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,E_HSV,{O:xerflg1.3  fehler Oxygen sensor heating before catalytic converter},$F976,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,E_KAT,{O:xerflg2.4  error catalytic converter},$F977,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,E_KRT,{O:xerflg9.4  fehler Knock Control Test Pulse},$F97E,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,E_KS1,{O:xerflg9.2  fehler knock sensor 1},$F97E,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,E_KS2,{O:xerflg9.3  fehler knock sensor 2},$F97E,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,E_LASH,{O:xerflg1.7  fehler Lambda probe aging behind cat},$F976,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,E_LATP,{O:xerflg1.5  fehler Lambda probe aging TP},$F976,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,E_LATV,{O:xerflg1.6  fehler Lambda probe aging TV},$F976,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,E_LDAB,{O:xerflg9.7  fehler Boost pressure reduction},$F97E,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,E_LDE,{O:xerflg8.3  fehler Boost pressure control valve (Endstufe)},$F97D,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,E_LDO,{O:xerflg10.0  exceeded upper value; Boost pressure error},$F97F,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,E_LDRA,{O:xerflg10.1  fehler Boost pressure deviation},$F97F,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,E_LE,{O:xerflg11.2  fehler load detection},$F980,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,E_LM,{O:xerflg6.5  fehler LMM/HLM/HFM},$F97B,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,E_LM_HA,{O:x_fbgfha.1  HFM-Fehler},$F8CA,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,E_LSH,{O:xerflg1.2  fehler Lambda-Sonde behind cat},$F976,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,E_LSV,{O:xerflg1.1  fehler Lambda-Sonde vor Kat},$F976,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,E_LUEA,{O:xerflg10.6  fehler Endstufe Lüfter A},$F97F,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,E_MFA,{O:xerflg2.3  fehler MIL-fremdbestimmt},$F977,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,E_MFB,{O:xerflg8.0  fehler MIL-Request - Leitung},$F97D,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,E_N,{O:xerflg6.2  error speed signal generator},$F97B,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,E_NO,{O:xerflg1.0  fehler Sonderfall},$F976,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,E_NSYN,{D:FLAGBM.2 entry point about resynchronization},$0024,1,93,YES_NO,2,$0004,K;
/UMP,%UR_RAM1,E_OBDLR,{O:xf_lr2.5 (B_LRSTSL & !B_DSLSA) V E_ask V E_ev },$F827,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,E_PAC,{O:xerflg7.2  error pressure in climate system},$F97C,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,E_PH,{O:xerflg6.4  error cam sensor},$F97B,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,E_SGROM,{O:xerflg5.7  fehler Steuergerät defekt (ROM)},$F97A,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,E_SLP,{O:xerflg4.3  fehler Secondary Air Pump},$F979,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,E_SLPE,{O:xerflg4.5  fehler Secondary Air Pump (Endstufe)},$F979,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,E_SLPMAX,{O:xdsls2.4  Max-Fehler SLP},$FAB4,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,E_SLPMIN,{O:xdsls2.3  Min-Fehler SLP},$FAB4,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,E_SLS,{O:xerflg4.2  fehler Secondary Air System},$F979,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,E_SLV,{O:xerflg4.4  fehler Secondary Air Valve},$F979,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,E_SLVE,{O:xerflg4.6  fehler Secondary Air Valve (Endstufe)},$F979,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,E_SLVMAX,{O:xdsls2.6  Max-Fehler SLV},$FAB4,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,E_SLVMIN,{O:xdsls2.5  Min-Fehler SLV},$FAB4,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,E_SWE,{O:xerflg4.1  rough road acceleration sensor error.},$F979,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,E_TA,{O:xerflg10.7  fehler TANS},$Z,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,E_TES,{O:xerflg5.2  fehler tank venting system},$F97A,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,E_TESF,{O:xerflg5.0  fehler tank venting system fine leak},$F97A,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,E_TESG,{O:xerflg5.1  fehler tank venting system gross leak},$F97A,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,E_TEVE,{O:xerflg5.5  fehler tank venting valve Endstufe},$F97A,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,E_TM,{O:xerflg7.0  fehler TMOT},$F97C,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,E_TMUM,{O:xerflg10.3  fehler TMOT-changeover},$F97F,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,E_TRA,{O:xerflg2.1  fehler LR-adaptation QL-additiv},$F977,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,E_TX,{O:xerflg7.1  fehler Temperature EBOX},$F97C,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,E_TX1S,{O:xerflg10.4  fehler Temperature EBOX  1. Schwelle},$F97F,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,E_TX2S,{O:xerflg10.5  fehler Temperature EBOX  2. Schwelle},$F97F,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,E_UB,{O:xerflg6.0  fehler UB},$F97B,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,E_VFZ,{O:xerflg6.7  fehler Vehicle speed},$F97B,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,E_WFS,{O:xerflg11.0  fehler immobilizer},$F980,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,E_ZO,{O:xerflg8.1  fehler Opened idle adjuster},$F97D,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,E_ZS,{O:xerflg8.2  fehler Close idle adjuster},$F97D,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,FAN1_1,{O:xmainfa3.4  status fan1/1 ; 1= running},$F8B4,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,FAN1_2,{O:xmainfa3.3  status fan1/2 ; 1= running},$F8B4,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,FAREADY,{O:xluaflg.1  Adaption abgeschlossen},$FB4C,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,FDKERR,{O:xf_wdk.0  DK-Fehler erkannt},$F921,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,FD_AFTERUN,{D:FLAG4.5 nachlaufstatus},$0028,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,FD_PULLUP,{D:FLAG02.0 status ntc-umschaltung},$0023,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,FI_LRHK,{O:xsthk.6  ML-Integrator aktiv nach Schub},$FBBE,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,FLGDIA,{D:FLAG5.2 Indikator fuer Diagnose Ausgabe},$0029,1,93,YES_NO,2,$0004,K;
/UMP,%UR_RAM1,FLGINI,{D:FLAG4.0 Indikator Initialisierung},$0028,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,FLGKSS,{O:xf_st.2  waehrend ST=1: indikator 'B2 ist aktiv'},$F835,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,FLGSA,{D:FLAG3.0 Indikator Schubabschneiden},$0027,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,FLGSYN,{D:FLAGBM.3 Indikator 'SYNCRO' aktiv},$0024,1,93,YES_NO,2,$0008,K;
/UMP,%UR_RAM1,FLR_DA_TRI,{O:xtmodflag.4  Trigger für Entprellzeit},$FCF7,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,FLUADP,{O:xluaflg.0  Adaption laeuft},$FB4C,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,FON_DLS,{old name --> do not use for future modules},$0020,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,FO_BRANCH1,{O:xmainfa5.0  description in program},$F8B6,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,FO_BRANCH2,{O:xmainfa5.1  description in program},$F8B6,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,FO_BRANCH3,{O:xmainfa5.2  description in program},$F8B6,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,FO_FURTH,{O:xmainfa5.3  indicates first run through has},$F8B6,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,FO_LOG11,{O:xmainfa2.0  coolant temp. above limit - TMLF1},$F8B3,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,FO_LOG12,{O:xmainfa1.3  vehicle speed below limit-VLF1},$F8B2,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,FO_LOG14,{O:xmainfa1.2  engine speed above limit-nlf},$F8B2,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,FO_LOG15,{O:xmainfa1.1  AC-ON flag is set to active},$F8B2,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,FO_LOG16,{O:xmainfa1.4  when FO_LOG15: delay time},$F8B2,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,FO_LOG18,{O:xmainfa2.2  TMOT - error},$F8B3,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,FO_LOG18A,{O:xmainfa4.2  tmot error},$F8B5,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,FO_LOG21,{O:xmainfa1.7  vehicle speed below limit-VLF2},$F8B2,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,FO_LOG22,{O:xmainfa4.3  main_fan controlled by D2},$F8B5,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,FO_LOG24,{O:xmainfa4.0  Hosenrohrmodell},$F8B5,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,FO_LOG25,{O:xmainfa4.1  coolant temp. above limit},$F8B5,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,FO_LOG27,{O:xmainfa4.4  coolant temp. above limit},$F8B5,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,FO_LOG28,{O:xmainfa4.5  coolant temp. above limit},$F8B5,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,FO_LOG31,{O:xmainfa2.4  fan1/2 has been running for more than 5s},$F8B3,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,FO_LOG32,{O:xmainfa2.5  coolant temperature above limit - TMLF2},$F8B3,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,FO_LOG60,{O:xmainfa1.0  ac_pressure above ac_p2},$F8B2,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,FO_LOG61,{O:xmainfa1.6  vehicle speed below limit-VLF4},$F8B2,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,FO_LOG62,{O:xmainfa2.7  ac_pressure above ac_p3},$F8B3,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,FO_LOG63,{O:xmainfa2.1  mixture of speed and pressure},$F8B3,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,FO_LOG64,{O:xmainfa2.6  output stage of fan1/2 must not be changed},$F8B3,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,FO_LOG80,{O:xmainfa1.5  E-box temperature above limit (tebox)},$F8B2,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,FO_LOG81,{O:xmainfa2.3  E-box temperature - error},$F8B3,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,FO_MEMHFMF,{O:x_flaghfm.1  HFM-MIN-Fehler Memory speichern},$FAC5,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,FO_MINFLR,{O:x_flaghfm.0  HFM-MIN-Fehler speichern},$FAC5,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,FO_WNSTNEW,{O:x_wst.4  topical  (n)  repeated engine after start status},$FAAD,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,FO_WNSTNS3,{O:x_wst.7  set if xwsttimer4 has been computed ( once per t},$FAAD,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,FO_WNSTOLD,{O:x_wst.5  previous (n-1) repeated engine after start statu},$FAAD,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,FO_WNSTSTA,{O:x_wst.6  set if fo_wnstnew set for the first time ( trip)},$FAAD,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,FO_WSTKS2,{O:x_wst.3  set if xwsttimer2 has been computed ( once per t},$FAAD,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,FO_WSTNEW,{O:x_wst.0  topical (n)  repeated engine start status},$FAAD,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,FO_WSTOLD,{O:x_wst.1  previous (n-1)repeated engine start status},$FAAD,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,FO_WSTSTA,{O:x_wst.2  set if fo_wstnew set for the first time ( trip)},$FAAD,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,FSA_LR,{O:xf_lr.1  Alter Zustand: Lambdasignal},$F820,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,FSN_DSLS,{O:xdsls1.6  Status of the LR for lean / rich recognition},$FAB3,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,FSN_DSLS1,{O:xdsls2.1  Status der LR für Mager/Fett-Erkennung},$FAB4,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,FSN_LR,{O:xf_lr.3  Aktueller Zustand: Lambdasignal},$F820,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,FSN_OLD,{O:xsthk.4  old status: ( rich or lean )},$FBBE,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,FTL_LR,{O:xf_lr.2  Load monitoring: LR released},$F820,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,FTMERR,{O:xf_wdk.1  TMOT-Fehler},$F921,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,FT_LRHK,{O:xsthk.0  Zeitrasteruntersetzung 24ms->48ms},$FBBE,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,FU_DDST,{O:xfddst.3  Timeruntersetzung 5ms-10ms |b_true|},$FDDA,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,FVS_LR,{O:xf_lr.4  Verschiebungsrichtung: fett oder mager},$F820,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,F_2SUM,{O:xluflg.1  Einrechnung des 2. Summanden       },$FB00,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,F_ANALU,{O:xluflg.5  Ausblendung nach Aussetzer         },$FB00,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,F_ASEBR,{D:FLAG01.3 laufunruhe, background synchronisiert},$0022,1,93,YES_NO,2,$0008,K;
/UMP,%UR_RAM1,F_ASERD,{D:FLAG01.2 laufunruheauswertung moeglich},$0022,1,93,YES_NO,2,$0004,K;
/UMP,%UR_RAM1,F_ASEST,{D:FLAG01.1 laufunruhemessung gestartet},$0022,1,93,YES_NO,2,$0002,K;
/UMP,%UR_RAM1,F_ASETZ,{O:xluflg.2  Aussetzer erkannt                  },$FB00,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,F_AUS_RE,{O:xluflg.7  Ausblendungs Anforderung},$FB00,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,F_BHUBV,{O:xe_lsvk.1  Flipflop: limited voltage swing},$F94D,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,F_BMSEG,{D:KRFLG1.6 Segment in Zahnluecke},$002C,1,93,YES_NO,2,$0040,K;
/UMP,%UR_RAM1,F_BRLSH,{O:xf_lshk.1  probe cold-Sondenleitungsbruch},$F960,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,F_BRLSV,{O:xf_lsvk.1  probe cold-Sondenleitungsbruch},$F94C,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,F_CJ400MAS,{O:xcj400flg.1  CJ400-Diagnose},$FDDF,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,F_DDFFPL,{O:XDDFFLG.0 Plausi.-Fehler, aktuell},$F8F9,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,F_DDFFPL1,{O:XDDFFLG.1 Plausi.-Fehler, intern entprellt},$F8F9,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,F_HG,{O:xflag7.1  changeover automatic/manual transmission KFLF},$F846,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,F_KATF1,{O:xflgkat.1  Einschaltbedingungen Fehlerspeicher},$F9CA,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,F_KATNTL,{O:xflgkat.2  Switch-speed / load},$F9CA,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,F_KAT_T,{O:xflgkat.0  Zeit-Untersetzung 24ms/48ms},$F9CA,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,F_KK1,{O:xflgkat.5  Schritt 1 (Filtermatrix ueberwachen)},$F9CA,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,F_KK2,{O:xflgkat.6  Schritt 2 (Readyzaehler bedienen)},$F9CA,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,F_KO_M,{O:xf_lfr.4  Klimakompressor 'ein'},$F836,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,F_KRTM,{D:KRFLG2.0 status: 'Nicht Start und Tmot > TMKR'},$002D,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,F_KSAH,{O:xe_lshk.2  Wire circuit probe-Sondenmasse},$F961,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,F_KSAKV,{O:xlsvk.0  Flipflop: Adernschluß bei kalter Sonde},$F94E,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,F_KSAV,{O:xe_lsvk.2  Wire circuit probe-Sondenmasse},$F94D,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,F_KSMH,{O:xe_lshk.4  Short circuit probe-DG},$F961,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,F_KSMV,{O:xe_lsvk.4  Short circuit probe-DG},$F94D,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,F_KSUBH,{O:xe_lshk.3  Short circuit-UB probe},$F961,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,F_KSUBV,{O:xe_lsvk.3  Short circuit-UB probe},$F94D,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,F_LAMP,{D:FLAG2.4 Fehlerlampenbuffer [ 0 --> activ ]},$0026,1,93,YES_NO,2,$0010,K;
/UMP,%UR_RAM1,F_LLMEM,{O:xluflg.4  Memory für LL->TL-Erkennung},$FB00,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,F_LR,{D:FLAG5.5 Lambdaregelung 'ein' - Normalbetrieb (alter name)},$0029,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,F_LSASTP,{O:xfdlsa.0  Fehlersperrbedingung: DLSA stop},$F8D9,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,F_LSGND,{O:xlsvk.4  Flipflop: Masseschluß Sonde v/h Kat},$F94E,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,F_LSSA20,{O:xf_lssa.6  Timeruntersetzung 10->20(12->24) ms},$FAC8,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,F_LSSA40,{O:xf_lssa.7  Timeruntersetzung 20->40(24->36) ms},$FAC8,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,F_LSSAFF,{O:xf_lssa.0  Fallende Flanke Lambdasignal},$FAC8,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,F_LSSAMO,{O:xf_lssa.1  Monotonieüberwachung ist aktiv},$FAC8,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,F_LUDTL,{O:xluflg.3  Ausblendung bei dTL > DTLALU},$FB00,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,F_NST,{D:FLAG6.5 Nachstartadaption},$002A,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,F_NULFEH,{O:xdkrif.1  Grenzwert f. Nulltest ueberschritten},$FA96,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,F_NULTES,{O:xdkrif.0  Nulltest erfolgt},$FA96,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,F_PVKSTP,{O:xfdlsa.2  Sperrbedingung Periodendauerueberwachung},$F8D9,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,F_QVNS,{O:xf_lfr.7  Afterstart limitation of the air control},$F836,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,F_SENFEH1,{O:xf_kr.0  Sensor 1 Fehler nicht entprellt},$FA80,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,F_SENFEH2,{O:xf_kr.1  Sensor 2 Fehler nicht entprellt},$FA80,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,F_SLP,{D:FLAG01.5 Sekundaerluftpumpe EIN=1/AUS=0},$0022,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,F_SLPALT,{O:x_sls.5  alter Zustand F_SLP (SW-Bit)},$F96C,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,F_T500,{O:xobdstat.6  500ms Bit},$F9A4,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,F_TERMB,{O:xluflg.0  Selektion LU-TERM-B/LUTERM-A       },$FB00,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,F_TMK,{O:xf_st.1  tmot <= TMK (Kaltstartindikator)},$F835,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,F_TMKRA,{D:KRFLG2.1 KR-Adaption freigegeben},$002D,1,93,YES_NO,2,$0002,K;
/UMP,%UR_RAM1,F_TMKRVF,{O:xf_kr.2  TMOT-Schwelle fuer KR-Aufregelung},$FA80,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,F_TNALU,{O:xluflg.6  Ausblendung n. Aussetzer (Testphase)},$FB00,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,F_TRLSH,{O:xe_lshk.0  Tripbedingung erfüllt},$F961,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,F_TRLSV,{O:xe_lsvk.0  Tripbedingung erfüllt},$F94D,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,F_VBGR,{D:FLAG6.0 ti-Abschaltung bei Ueberschreiten von Vmax},$002A,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,F_VMIN,{O:xf_lfr.5  v> Vmin (= vehicle is not)},$F836,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,F_WFSWP,{D:FLAG5.6 Werkspruefung aktiv (wegfahrsperre)},$0029,1,93,YES_NO,2,$0040,K;
/UMP,%UR_RAM1,F_ZEV,{D:FLAGBM.7 'CLR FLGINI'-verbot bis 1.maindurchlauf fer-},$0024,1,93,YES_NO,2,$0080,K;
/UMP,%UR_RAM1,F_ZWVG,{D:FLAG6.2 ZW-Verstellung Getriebe},$002A,1,93,YES_NO,2,$0004,K;
/UMP,%UR_RAM1,G_DTLDLE,{O:xf_dle.2  Gültigkeitsbit für B_DTLDLE},$FAF8,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,IN_TKF,{},$0020,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,I_STOP,{O:xf_lmr.4  Integratorstop},$FFBD,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,KLOPJN,{D:PORTE1.2 status knock yes / no, 1 := es klopft.},$0020,1,93,YES_NO,2,$0004,K;
/UMP,%UR_RAM1,KLSCHB,{D:KRFLG2.2 knock control enabled},$002D,1,93,YES_NO,2,$0004,K;
/UMP,%UR_RAM1,KVA_I,{D:FLAG4.7 KVA gestartet},$0028,1,93,YES_NO,2,$0080,K;
/UMP,%UR_RAM1,LDSICH,{O:xf_lmr.6  Deviation implausible},$FFBD,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,LLRAUS,{D:FLAGBM.0 Unterdrueckung ZWD-ansteuerung},$0024,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,LLTL,{O:XFLAG0.3  LL=1->0 -uebergang ist erkannt (DKFKTmodul)},$F879,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,LLTLKHALT,{O:XFLAG0.4  erster durchlauf bei LLTL=1 (TLEV-modul)},$F879,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,LL_TL,{O:xflag2.2  special LL> TL-over transition (UE_LLTL)},$F87B,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,LMMERR,{D:FLAG5.7 Indikator fuer HFM-Fehler},$0029,1,93,YES_NO,2,$0080,K;
/UMP,%UR_RAM1,LOAD,{D:FLAG1.4 Indikator fuer Syncro (Korrekturfaktor wird umgel},$0025,1,93,YES_NO,2,$0010,K;
/UMP,%UR_RAM1,LRARUN,{O:xalrst.6  LRA aktiv},$F80A,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,LRPM,{D:FLAG3.7 Indikator fuer Abwuergeerkennung},$0027,1,93,YES_NO,2,$0080,K;
/UMP,%UR_RAM1,MDUSYN,{D:FLAG5.3 Flag fuer Unterbrechung der MDU durch Syncro},$0029,1,93,YES_NO,2,$0008,K;
/UMP,%UR_RAM1,MF_ERR,{D:FLAG02.1 syncro (bmchk) erkennt 'luecke verloren'},$0023,1,93,YES_NO,2,$0002,K;
/UMP,%UR_RAM1,MIL,{D:FLAG2.4 Fehlerlampenbuffer [ 0 --> activ ]},$0026,1,93,YES_NO,2,$0010,K;
/UMP,%UR_RAM1,MIL_P_B,{O:xflgmfb.1  port-buffer},$F8BE,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,MIL_P_T,{O:xflgmfb.0  mirror port for software testing},$F8BE,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,MINUS_HA,{O:x_fbgfha.6  Integratorsteigung negativ},$F8CA,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,NIXTES,{D:KRFLG1.0 Anforderung Nulltest fuer KR-messfenster},$002C,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,NOBSF,{O:xf_ovb.5  Drehzahlbedingung (N > NOBS) erfüllt},$FFBE,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,NOSENS,{D:KRFLG1.4 KR: Nulltest auswerten},$002C,1,93,YES_NO,2,$0010,K;
/UMP,%UR_RAM1,NOTEV,{O:xfr_te.1  TE gesperrt},$F848,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,NO_FEHLER,{O:xdsls2.2  kein Fehler erkannt, aussagefähig bei F_P2P = 1},$FAB4,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,NO_TI,{D:FLAG1.1 injection locked},$0025,1,93,YES_NO,2,$0002,K;
/UMP,%UR_RAM1,NULEIN,{D:KRFLG1.2 KR: Nulltest einlesen},$002C,1,93,YES_NO,2,$0004,K;
/UMP,%UR_RAM1,NULMEM,{D:KRFLG1.3 KR: Nulltest Memoryflag},$002C,1,93,YES_NO,2,$0008,K;
/UMP,%UR_RAM1,NULVOR,{D:KRFLG1.1 KR: Ports für Nulltest vorwählen},$002C,1,93,YES_NO,2,$0002,K;
/UMP,%UR_RAM1,N_STOP,{O:xf_lfr.1  Integratorstop 'negativ'},$F836,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,N_SWO,{D:FLAGBM.6 nmot > #nswo (idata) (z.B fuer UK-funktion)},$0024,1,93,YES_NO,2,$0040,K;
/UMP,%UR_RAM1,OBLDYNF,{O:xf_ovb.3  dWDK-Schwelle ueberschritten},$FFBE,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,OBSZF,{O:xf_ovb.4  Sperrzeit aktiv},$FFBE,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,OVBO_B,{O:xf_ovb.0  Overboost-Bereitschaft},$FFBE,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,OVBO_E,{O:xf_ovb.2  Overboost-Abregelung},$FFBE,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,OVBO_S,{O:xf_ovb.1  Overboost-Abarbeitung},$FFBE,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,PH_OLD,{D:FLAG1.7 nockenwellenpegel bei status 'luecke_gefunden'},$0025,1,93,YES_NO,2,$0080,K;
/UMP,%UR_RAM1,PMSICH,{O:xf_lmr.5  P_IST bigger maximum value},$FFBD,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,POLAR,{D:FLAG5.4 Vorzeichenflag fuer Reglerroutinen},$0029,1,93,YES_NO,2,$0010,K;
/UMP,%UR_RAM1,POLARI,{O:xf_lmr.2  Negative deviation},$FFBD,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,POLARI_P,{O:xf_ovb.6  Regeldifferenz für P-Anteil negativ},$FFBE,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,PUMP_FG,{D:FLAG01.4 status ekp-ansteuer-freigabe: 1:=ansteuerung},$0022,1,93,YES_NO,2,$0010,K;
/UMP,%UR_RAM1,P_STOP,{O:xf_lfr.0  Integratorstop 'positiv'},$F836,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,RASTERINI,{D:KRFLG2.4 Indikator Initialisierung Zeitraster},$002D,1,93,YES_NO,2,$0010,K;
/UMP,%UR_RAM1,RE_DSLS_IN,{O:xdsls1.1  SW-bit (Diagnosis is canceled-> new initialization},$FAB3,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,RUVSRE,{D:RUVSR.0 zdg 1 - 5         1 := opened,  0 := closed},$0021,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,RZPH0G,{O:xdgrz.0  stimulus phase 0 (targeted stimulation)},$F87D,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,RZPH1G,{O:xdgrz.1  stimulus phase 1 (targeted stimulation)},$F87D,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,RZPHIL,{O:xdgrz.2  stimulus phase 'idle line'},$F87D,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,SA_REQ,{D:FLAG3.3 Demand boost cutting off},$0027,1,93,YES_NO,2,$0008,K;
/UMP,%UR_RAM1,SGNLRAKT,{D:FLAG01.7 like fsn_lr but also determined by dsls},$0022,1,93,YES_NO,2,$0080,K;
/UMP,%UR_RAM1,SGNLRH,{O:xsthk.7  Zweipunktsignal der Lambdasonde h.K.},$FBBE,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,SIFRKR,{D:KRFLG1.7Safety adjustment for errors in KR},$002C,1,93,YES_NO,2,$0080,K;
/UMP,%UR_RAM1,SIISTF,{O:xdkrif.5  Integratorstartwert Fehler},$FA96,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,SINULF,{O:xdkrif.4  Nulltest Fehler},$FA96,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,SISEN1,{O:xdkrif.2  Sensor 1 Fehler},$FA96,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,SISEN2,{O:xdkrif.3  Sensor 2 Fehler},$FA96,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,SISSVF,{O:xdkrif.6  Sicherheitsverstellung},$FA96,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,ST,{D:FLAG4.1 start-status von ST_VORL im syncro uebernommen (a},$0028,1,93,YES_NO,2,$0002,K;
/UMP,%UR_RAM1,STBRRED,{D:KRFLG2.6 KR: reduzierte Stufenbreite aktiv},$002D,1,93,YES_NO,2,$0040,K;
/UMP,%UR_RAM1,STOP_P,{O:xf_ovb.7  P-Anteil stoppen bei Getriebeeingriff},$FFBE,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,ST_MEM,{O:xf_wdk.2  last state of the start flag},$F921,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,ST_VORL,{D:FLAG4.6 start status recognized v. STATUSmodul},$0028,1,93,YES_NO,2,$0040,K;
/UMP,%UR_RAM1,S_AC,{D:KRFLG2.3 AC_bereitschaft ist aktiv},$002D,1,93,YES_NO,2,$0008,K;
/UMP,%UR_RAM1,S_FS,{D:DIS_TI.6 DRIVE ist aktiv},$002B,1,93,YES_NO,2,$0040,K;
/UMP,%UR_RAM1,S_KO,{D:PORTE1.7 N2PT  (KOS56) :  switch bit, AC compressor active},$0020,1,93,YES_NO,2,$0080,K;
/UMP,%UR_RAM1,S_KO_FF,{O:x_flagkl1.0  nur N2PT  (620) : S_KO-FlipFlop},$F871,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,TH_DDST,{O:xfddst.2  healing timer DDST active   |b_true|},$FDDA,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,TIME,{D:FLAG1.5 Timestamp for sampling},$0025,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,TIME2,{D:FLAG1.6 grid step-down processing time 12 -> 24ms},$0025,1,93,YES_NO,2,$0040,K;
/UMP,%UR_RAM1,TIWFS,{D:PORTE1.6 Ti-Shutdown due to immobilizer},$0020,1,93,YES_NO,2,$0040,K;
/UMP,%UR_RAM1,TI_AB,{D:FLAG6.7 ti-shutdown as over charge protection},$002A,1,93,YES_NO,2,$0080,K;
/UMP,%UR_RAM1,TN_DDST,{O:xfddst.0  Min-Timer DDST active       |b_true|},$FDDA,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,TS,{D:DIS_TI.7 (undistributed) ignition sum signal  1:=offen},$002B,1,93,YES_NO,2,$0080,K;
/UMP,%UR_RAM1,TS_B,{D:FLAGBM.5 final state bit: 1:= open},$0024,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,TTL_LR,{O:xf_lr.5  load rejection timer active},$F820,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,TUELLLOCK,{O:xflag2.3  tulle count locked.},$F87B,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,TUELLSTART,{O:xflag2.1  status 'TULLE started'},$F87B,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,TX_DDST,{O:xfddst.1  Max-Timer DDST active       |b_true|},$FDDA,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,T_BHUBV,{O:xe_lsvk.6  Test runs: limited voltage swing},$F94D,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,T_BRLSH,{O:xf_lshk.6  Test runs: probe cold},$F960,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,T_BRLSV,{O:xf_lsvk.6  Test runs: probe cold},$F94C,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,T_DV_FLRR,{O:xdvflag.5  Instantaneous trigger for error entry},$FAE1,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,T_DV_FLRS,{O:xdvflag.4  Instantaneous trigger for error entry},$FAE1,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,T_KSAH,{O:xf_lshk.2  Test runs: Wire circuit probe},$F960,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,T_KSAV,{O:xf_lsvk.2  Test runs: Wire circuit probe},$F94C,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,T_KSMH,{O:xf_lshk.4  Test runs: Short circuit probe-DG},$F960,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,T_KSMV,{O:xf_lsvk.4  Test runs: Short circuit probe-DG},$F94C,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,T_KSUBH,{O:xf_lshk.3  Test runs: Short circuit-UB probe},$F960,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,T_KSUBV,{O:xf_lsvk.3  Test runs: Short circuit-UB probe},$F94C,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,T_LSAF,{O:xlsvk.2  Test runs: S.v.K. outside window},$F94E,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,T_LSPVS,{O:xf_lsvk.7  Test runs: Detect potential offset},$F94C,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,T_NOPVS,{O:xe_lsvk.7  Test runs: Healing potential offset},$F94D,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,T_SBBHK,{O:xf_lshk.5  Test runs: probe ready},$F960,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,T_SBBVK,{O:xf_lsvk.5  Test runs: probe ready},$F94C,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,T_TNSTDN,{O:xlsvk.5  time window test potential offset},$F94E,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,UEFAUSGE,{O:XFLAG1.1  transition function triggered},$F87A,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,UEFSCH,{O:XFLAG1.2  transition function strong},$F87A,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,UELLTLALT,{O:XFLAG0.6  transition LL -> TL was recognized},$F879,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,VKVO,{O:XFLAG0.5  v > KVO once detected (TACH module)},$F879,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,VS20ID,{D:FLAG5.1 VS20 Segment-synchronous output},$0029,1,93,YES_NO,2,$0002,K;
/UMP,%UR_RAM1,VS20SS,{D:KRFLG1.5 segment-synchronous output VS20},$002C,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,VS20_8,{D:FLAG5.0 VS20 8-Bytes per Block},$0029,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,VVL,{O:x_flagkl1.2  set in the MAIN after recognition VL},$F871,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,VZ_TRA,{D:FLAG6.1 sign of the combined add. correction value},$002A,1,93,YES_NO,2,$0002,K;
/UMP,%UR_RAM1,WE_LL,{O:xflag7.0  Indicator of boost hysteresis DNSLL},$F846,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,WE_REQ,{D:FLAG3.1 reinstate requirement},$0027,1,93,YES_NO,2,$0002,K;
/UMP,%UR_RAM1,WE_TI,{D:FLAG3.2 Resumption 'injection'},$0027,1,93,YES_NO,2,$0004,K;
/UMP,%UR_RAM1,WFSINI,{O:xf_wfs.5  WFS initialization is complete},$FAE3,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,WFS_SPERR,{O:xf_wfs.3  block injection},$FAE3,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,ZDGVERB,{D:FLAGBM.4 phase change not yet recognized.},$0024,1,93,YES_NO,2,$0010,K;
/UMP,%UR_RAM1,ZDG_R2,{O:xflag2.0  togglebit for 2*ZDG_R-grid},$F87B,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,ZEILAU,{O:XFLAG1.4  DDK-bildung gestartet},$F87A,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,ZWB1,{D:FLAG2.0 change limitation ZWB1},$0026,1,93,YES_NO,2,$0001,K;
/UMP,%UR_RAM1,ZWB2,{D:FLAG2.1 change limitation ZWB2},$0026,1,93,YES_NO,2,$0002,K;
/UMP,%UR_RAM1,ZWB3,{D:FLAG2.2 change limitation ZWB3},$0026,1,93,YES_NO,2,$0004,K;
/UMP,%UR_RAM1,ZWB4,{D:FLAG2.3 change limitation ZWB4},$0026,1,93,YES_NO,2,$0008,K;
/UMP,%UR_RAM1,ZWB6,{D:FLAG2.5 change limitation ZWB6},$0026,1,93,YES_NO,2,$0020,K;
/UMP,%UR_RAM1,ZWB7,{D:FLAG2.6 change limitation for LL->TL-transition-},$0026,1,93,YES_NO,2,$0040,K;
/UMP,%UR_RAM1,ZWDERROR,{D:FLAG2.7 ZWD/NC / NO error CJ400-diagnose},$0026,1,93,YES_NO,2,$0080,K;
/UMP,%UR_RAM1,Z_AAV,{O:xzflg5.3  cycle Valve active carbon filter (Fkt)},$F985,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,Z_AAVE,{O:xzflg5.4  cycle Valve active carbon filter (Endst.)},$F985,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,Z_AGRF,{O:xzflg4.7  cycle monitoring EGR-FLOW},$F984,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,Z_ASE,{O:xzflg2.5  cycle Aussetzererk., Summe, emission-relevant},$F982,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,Z_ASE1,{O:xzflg2.6  cycle Misfire detection Cyl.1, emission-relevant},$F982,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,Z_ASE2,{O:xzflg2.7  cycle Misfire detection Cyl.2, emission-relevant},$F982,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,Z_ASE3,{O:xzflg3.0  cycle Misfire detection Cyl.3, emission-relevant},$F983,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,Z_ASE4,{O:xzflg3.1  cycle Misfire detection Cyl.4, emission-relevant},$F983,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,Z_ASE5,{O:xzflg3.2  cycle Misfire detection Cyl.5, emission-relevant},$F983,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,Z_ASK,{O:xzflg3.3  cycle Misfire detection, multiple, catalyst-damaging},$F983,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,Z_ASK1,{O:xzflg3.4  cycle Misfire detection Cyl.1, catayst-damaging},$F983,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,Z_ASK2,{O:xzflg3.5  cycle Misfire detection Cyl.2, catayst-damaging},$F983,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,Z_ASK3,{O:xzflg3.6  cycle Misfire detection Cyl.3, catayst-damaging},$F983,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,Z_ASK4,{O:xzflg3.7  cycle Misfire detection Cyl.4, catayst-damaging},$F983,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,Z_ASK5,{O:xzflg4.0  cycle Misfire detection Cyl.5, catayst-damaging},$F984,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,Z_BAA,{O:xzflg9.6  cycle Bedarfsadaption am Anschlag},$F989,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,Z_BM,{O:xzflg6.3  cycle Bezugsmarkengeber},$F986,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,Z_CGE,{O:xzflg10.2  cycle CAN-Interface, Timeout EGS},$F98A,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,Z_CIF,{O:xzflg9.5  cycle CAN interface, internal error},$F989,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,Z_DF,{O:xzflg11.1  cycle pressure sensor},$F98B,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,Z_DK,{O:xzflg6.6  cycle DK - Potentiometer},$F986,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,Z_DKAT,{O:xflgkat.4  Katko result is available (Ready)},$F9CA,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,Z_DPL,{O:xzflg6.1  cycle constant plus},$F986,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,Z_DST,{O:xzflg5.6  cycle tank pressure sensor},$Z,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,Z_DTV,{O:xzflg2.2  cycle LR-adaptation ti-additive},$F982,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,Z_EGA,{O:xzflg8.4  cycle unknown error output stages (Group A)},$F988,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,Z_EGB,{O:xzflg8.5  cycle unknown error output stages (Group B)},$F988,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,Z_EGC,{O:xzflg8.6  cycle unknown error output stages (Group C)},$F988,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,Z_EGD,{O:xzflg8.7  cycle unknown error output stages (Group D)},$F988,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,Z_EGE,{O:xzflg9.0  cycle unknown error output stages (Group E)},$F989,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,Z_EGF,{O:xzflg9.1  cycle unknown error output stages (Group F)},$F989,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,Z_EV1,{O:xzflg7.3  cycle EV of Cyl. 1},$F987,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,Z_EV2,{O:xzflg7.4  cycle EV of Cyl. 2},$F987,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,Z_EV3,{O:xzflg7.5  cycle EV of Cyl. 3},$F987,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,Z_EV4,{O:xzflg7.6  cycle EV of Cyl. 4},$F987,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,Z_EV5,{O:xzflg7.7  cycle EV of Cyl. 5},$F987,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,Z_FRA,{O:xzflg2.0  cycle LR-adaptation multiplicative},$F982,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,Z_HSH,{O:xzflg1.4  cycle Lambda probe heating behind catalytic converter},$F981,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,Z_HSV,{O:xzflg1.3  cycle Oxygen sensor heating before catalytic converter},$F981,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,Z_KAT,{O:xzflg2.4  cycle Catalyst Conversion},$F982,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,Z_KRT,{O:xzflg9.4  cycle Knock Control Test Pulse},$F989,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,Z_KS1,{O:xzflg9.2  cycle knock sensor 1},$F989,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,Z_KS2,{O:xzflg9.3  cycle knock sensor 2},$F989,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,Z_LASH,{O:xzflg1.7  cycle Lambda probe aging behind Kat},$F981,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,Z_LATP,{O:xzflg1.5  `},$F981,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,Z_LATV,{O:xzflg1.6  cycle Lambda probe aging TV},$F981,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,Z_LDAB,{O:xzflg9.7  cycle Boost pressure reduction},$F989,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,Z_LDE,{O:xzflg8.3  cycle Boost pressure control valve (Endstufe)},$F988,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,Z_LDO,{O:xzflg10.0  cycle boost pressure; exceeded upper value},$F98A,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,Z_LDRA,{O:xzflg10.1  cycle Charge pressure deviation},$F98A,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,Z_LE,{O:xzflg11.2  cycle load detection},$F98B,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,Z_LM,{O:xzflg6.5  cycle LMM/HLM/HFM},$F986,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,Z_LSH,{O:xzflg1.2  cycle Lambda probe behind catalytic converter},$F981,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,Z_LSV,{O:xzflg1.1  cycle Lambda probe before cat},$F981,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,Z_LUEA,{O:xzflg10.6  cycle fan output stage A},$F98A,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,Z_MFA,{O:xzflg2.3  cycle MIL-externally determined},$F982,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,Z_MFB,{O:xzflg8.0  cycle MIL-Request - management},$F988,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,Z_N,{O:xzflg6.2  cycle Speed signal generator},$F986,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,Z_NO,{O:xzflg1.0  cycle special case},$F981,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,Z_PAC,{O:xzflg7.2  cycle Druck in Klimasystem},$F987,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,Z_PH,{O:xzflg6.4  cycle Phasensensor},$F986,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,Z_SGROM,{O:xzflg5.7  cycle Steuergerät defekt (ROM)},$F985,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,Z_SLP,{O:xzflg4.3  cycle Secondary Air Pump},$F984,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,Z_SLPE,{O:xzflg4.5  cycle Secondary Air Pump (Endstufe)},$F984,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,Z_SLS,{O:xzflg4.2  cycle Secondary Air System},$F984,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,Z_SLV,{O:xzflg4.4  cycle Secondary Air Valve},$F984,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,Z_SLVE,{O:xzflg4.6  cycle Secondary Air Valve (Endstufe)},$F984,1,93,YES_NO,3,$0040,K;
/UMP,%UR_RAM1,Z_SWE,{O:xzflg4.1  cycle Beschleunigungssensor Schlechtwegeerk.},$F984,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,Z_TA,{O:xzflg10.7  cycle TANS},$F98A,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,Z_TES,{O:xzflg5.2  cycle tank venting system},$F985,1,93,YES_NO,3,$0004,K;
/UMP,%UR_RAM1,Z_TESF,{O:xzflg5.0  cycle tank venting system fine leak},$F985,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,Z_TESG,{O:xzflg5.1  cycle tank venting system gross leak},$F985,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,Z_TEVE,{O:xzflg5.5  cycle tank venting valve Endstufe},$F985,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,Z_TM,{O:xzflg7.0  cycle TMOT},$F987,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,Z_TMUM,{O:xzflg10.3  cycle TMOT-changeover},$F98A,1,93,YES_NO,3,$0008,K;
/UMP,%UR_RAM1,Z_TRA,{O:xzflg2.1  cycle LR-adaptation QL-additiv},$F982,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,Z_TX,{O:xzflg7.1  cycle Temperature EBOX},$F987,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,Z_TX1S,{O:xzflg10.4  cycle Temperature EBOX  1. Schwelle},$F98A,1,93,YES_NO,3,$0010,K;
/UMP,%UR_RAM1,Z_TX2S,{O:xzflg10.5  cycle Temperature EBOX  2. Schwelle},$F98A,1,93,YES_NO,3,$0020,K;
/UMP,%UR_RAM1,Z_UB,{O:xzflg6.0  cycle UB},$F986,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,Z_VFZ,{O:xzflg6.7  cycle Vehicle speed},$F986,1,93,YES_NO,3,$0080,K;
/UMP,%UR_RAM1,Z_WFS,{O:xzflg11.0  cycle immobilizer},$F98B,1,93,YES_NO,3,$0001,K;
/UMP,%UR_RAM1,Z_ZO,{O:xzflg8.1  cycle Opened idle adjuster},$F988,1,93,YES_NO,3,$0002,K;
/UMP,%UR_RAM1,Z_ZS,{O:xzflg8.2  cycle Close idle adjuster},$F988,1,93,YES_NO,3,$0004,K;
/FKT,%SYABK,{Symbols and Abbreviations}
0
0;
/FKT,%MOTOR,{motor data}
0
0;
/FKT,%HW,{Hardware}
2,IDENTIFY1,IDENTIFY2
0;
/FKT,%SW,{Software}
0
0;
/FKT,%SWBEM,{Software: Comments}
0
0;
/FKT,%SERA,{series changes}
0
0;
/FKT,%APPLDI,{Application device information}
0
0;
/FKT,%STEGO,{connector geometry}
0
0;
/FKT,%STECK,{Pin Assignment}
0
0;
/FKT,%EINGA,{inputs}
0
0;
/FKT,%AUSGA,{output signals}
0
0;
/FKT,%AUS,{Extending the output signals}
0
0;
/FKT,%INI,{initialization}
0
55,Z_AAV,Z_AAVE,Z_AGRF,Z_ASE,Z_ASE1,Z_ASE2,Z_ASE3,Z_ASE4,Z_ASE5,Z_BAA,Z_CGE,Z_CIF,Z_DF,Z_DST,Z_DTV,Z_EGD,Z_EGE
Z_EV1,Z_EV2,Z_EV3,Z_EV4,Z_EV5,Z_FRA,Z_HSH,Z_HSV,Z_KAT,Z_LASH,Z_LATP,Z_LATV,Z_LDE,Z_LE,Z_LM,Z_LSH,Z_LSV,Z_LUEA,Z_MFB
Z_PAC,Z_SGROM,Z_SLP,Z_SLPE,Z_SLS,Z_SLV,Z_SLVE,Z_SWE,Z_TA,Z_TES,Z_TESF,Z_TESG,Z_TEVE,Z_TM,Z_TMUM,Z_TRA,Z_ZO,Z_ZS
Z_ZYL;
/FKT,%CAN,{CAN-signal List}
10,CDCCGE,CDCCIF,CDTCGE,CDTCIF,FLCCGE,FLCCIF,HLCCGE,HLCCIF,LDCGE,LDCIF
16,B_LDBAG,B_LL,E_CGE,E_CIF,E_DK,E_LM,E_N,E_TMUM,E_VFZ,S_FS,S_KO,TMOT,VMESS,X_GSTBIN,Z_CGE,Z_CIF;
/FKT,%BM,{Bezugsmarke}
0
0;
/FKT,%SWCOD,{Software coding}
2,CVS20,DSCONF
0;
/FKT,%BBPR,{Operating conditions: EKP relay control}
1,NEKP
3,B_ST,N,XTPA;
/FKT,%SST,{supporting points}
33,DTLUEGR,DTLWGR,GANG_NR,GUDAGRSP,HOEHENGR,HOEHENGR8S,NMOTGR1,NMOTGR28S,NMOTGR38S,NMOTGR8S,NMOTGR_LMR,QLLSGR
STADAPGR,STNLMR,STSTNR,TANSGR,TANSGR8S,TIVERTEIL,TLGR1,TLGR2,TLGR8S,TMOTGR,TMOTGR2,TMOTGR8S,TWH_SST,UBGR,WDKBLGR
WDKBLGR8S,WDKGR_LMR,WDKVGGR,ZDGGR8S,ZDGGRSP1,ZDGVERTEIL
0;
/FKT,%WFS,{immobilizer}
14,CDKWFS,CDTWFS,FLCWFS,HLCWFS,LDWFS,TDWFSVN,TWFS1PU,TWFSSRX,TWFSVNN1,TWFSVNN2,VWFSMX,WFSID1,WFSID2,WFSID3
0;
/FKT,%GRUFU,{Basic function - injection}
2,FKMLM,TLSTM
11,E_LM,ML,MLH,MLL,ML_H,ML_L,Q02,Q16,TL,TLROH,UHLM;
/FKT,%BGTL,{A parameter tL load signal}
7,DTLFU,TLMAX,TLSTM,VZTLF,ZTLFLL,ZTLFN,ZTLFNN
12,B_LL,B_ST,B_TLFU,FDKHAB,LMMERR,TL,TLROH,TL_L,VMESS,XZTLFN,XZTLFNN,ZTLF;
/FKT,%BGTLW,{Size calculation TLW - load signal}
6,KFTLWB,KFWDKV,QLLDK,ZQSOL,ZTLWNTL,ZTLWPTL
14,B_DKNLM_HA,B_LMRA,E_DK,E_LM,N,TL,TLWK,TLWKF,XP_SOLL,XQLLS,XQSOL,XWDKBL,XWDKVG,X_FDKHAH;
/FKT,%BGFHA,{Calculated altitude adaptation factor size}
9,DFDKHA,DZDKHAN,DZDKHAP,FDKHAO,FDKHAU,WKWAN,WKWAUN,ZDKHA,ZDKHAS
10,B_HA,B_SA,B_ST,E_DK_HA,E_LM_HA,FDKHAB,TL,TLWKF,XFHO,XWDKBL;
/FKT,%GGDF,{Master variable pressure sensor}
13,AZPLMESS,CDDF,CDTDF,DFDE,FHOMN,FHOMX,FHOPLS,FLCDF,HLCDF,LDDF,TDDF,TDDFPL,TDDFPLG
9,B_ST,E_DF,F_DDFFPL,F_DDFFPL1,XAZMESS,XFHO,XTDDFPL,XTDDFPLG,Z_DF;
/FKT,%HFMKPT,{HFM-correction}
7,FKMLM,FZML,TANFK,TMZFK,ZFKML,ZFKMLK,ZFKMLM
0;
/FKT,%ES,{Basic function - injection}
3,FGAT0,TEMIN,TVUB
10,HFKORR,LFKORR,TI_L,TLROH,TL_L,TRADTV,XFKORR,XFR,XFRA,XTEFKT;
/FKT,%KVA,{Output: fuel consumption display}
1,KVB
2,XKVA_H,XKVA_L;
/FKT,%STAT_E,{Basic function - injection}
2,FVLN,KFLF
0;
/FKT,%EA,{Injection Type}
3,KFWEB,TPREL,TVUB
2,B_NSP,XPDVRL;
/FKT,%EAS,{Injection Start}
3,KFWEB,MESTTE,TPREL
3,N,TI,XERSTTI;
/FKT,%ESS,{Injection at start}
6,FGAT0,FHOKSTM,KSTAI,TEMIN,TLSTM,TVUB
11,FDKHAB,TI_L,XFSTB2L,XKSTA0W,XKSTA1W,XKSTA2W,XKSTAA,XSK_ST2,XTEFKT,XTIB1L,XTIB1VORH;
/FKT,%ST_E,{Start - Injection}
8,FKSM,KFFWKS,KFKSB2M,NNST,NSTNM,TMK,TWKS1,TWKS2
12,B_ST,FLAG4,N,TI_L,TMOT,XF_ST,XTWH,XWSTTIMER1,XWSTTIMER2,XWSTTIMER3,XWSTTIMER4,X_WST;
/FKT,%STADAP,{Starting quantity adaptation}
25,ANRZUEMX,CDTASE,CDTASK,CDTBAA,CDTFRA,CDTPH,CDTTM,CDTTRA,CDTUB,CDTZO,CDTZS,DECKSTAI,DN10BURN,INCKSTAI,KSTAI
KSTAMXI,NSTAMXHA,TMSTAB,UBKST,ZBURNABR,ZBURNDEC,ZBURNSOL,ZSYNABR,ZSYNAUSW,ZUBKSTMX
19,B_KSTA,B_KSTAUE,N10,XDN10,XFLAG0,XKSTA0,XKSTA0W,XKSTA1,XKSTA1W,XKSTA2,XKSTA2W,XKSTAA,XN10ALT,XTMABSTA,XZBURN
XZBURNSU,XZSYNCHRO,XZUBKST,ZUENZAE;
/FKT,%NST,{afterstart}
13,FNSM,FWSTA1,FWSTA2,FWSTA3,FZANSM1,FZANSM2,KFFWNS,SFZANSM,TLSTM,TMK,TMLIM,TWNS2,TWNS3
4,B_STAA,XFKTNS,XNSACTR,XTMOTST;
/FKT,%WL_E,{Warm-up - Injection}
7,FWLM1,FWLM2,FWLM3,KFWL,KFWLL,TMFWLO,TMFWLU
1,XFKTWL;
/FKT,%UKSEFI,{transfer compensation for SEFI - Wall film model}
21,CUKWLL,DLUKW,DUKK,FSTAUKM,FUKNSTM,FVANST,KFABAK,KFAVAK,KFBAKL,KFBAW,KFVAKL,KFVAW,KLWF,STEUKKL,TLWNSP,TNSUUK
ZBALM,ZUKK,ZUKNST,ZUKW,ZVALM
24,B_LL,B_NSP,B_ST,B_UKG,E_DK,FBAKL,FBAW,FSTAUK,FVAKL,FVANS,FVAW,N,SDTLW,SDWFK,SDWFL,TEUKG,TEUKK,TEUKL,TEUKW,TEUKWM
TL,TUKNS,WF,XKSTAA;
/FKT,%ZUE,{basic function - ignition}
3,KFSW,WMAX,WMIN
14,DZWDYV,DZWUEF,DZW_KR,SWOUT,XDZWK1,XDZWK2,XDZWK3,XDZWK4,XDZWK5,ZWBEG,ZWGETR,ZWNEU,ZWOUT,Z_ZYL;
/FKT,%STAT_W,{basic function - ignition}
12,KFWSTMHA,KFZW,KFZWE,KLZWL,NNST,NSTNM,TMSTZW,TSTHL,WLLM,WNDN,WPDN,WSTN
3,XWLL,XWST,ZWEN;
/FKT,%KHZ,{Kat-heating by retard angle}
9,DWKHLN,FWUEKHZU,KFDWKHT,KFFWZKHL,KFFWZKHT,KFWWDKHH,KHEZU,TMSKHO,TMSKHU
8,B_KH,B_LL,B_ST,B_VL,FDKHAB,XTMOTST,XWDKBL,ZWOUT;
/FKT,%VHDY,{dynamic derivative}
9,DYAVS,DYVF,DYWVF,KEFLDY,KFDYWV,KRFTP3,KRVFN1,KRVFN2,TMDYVH
7,B_KH,B_SA,DYFLAG,DZWDYV,SIFRKR,TLWKF,XDYNZAE;
/FKT,%ZWB,{ignition change limitation}
11,AZLLTLM,DINK1,DINK2,DINK6,DINK7,DNZB,DZUE1,DZUE2,DZUE6,DZUE7,TLZWB
16,B_LL,B_VL,DZWUEF,F_VMIN,N,TL,VMESS,XNSOL,ZWB1,ZWB2,ZWB3,ZWB4,ZWB6,ZWB7,ZWBEG,ZWNEU;
/FKT,%GE,{gear engagement}
3,KFZGE,STGEN,TGEXN
4,B_ST,X_GSTBIN,X_NGST,ZWGETR;
/FKT,%UE_LLTL,{Transition from idle to part load}
22,CNFUEG,DWWE,DWWEA,DZWUELL,HUELLTL,KFDWWEAC,KFDWWELL,KFDZUWE1,KFDZUWE2,KFDZUWE3,KFZUWE1,KFZUWE2,KFZUWE3,QDPUELL
TLUEACN,TLUEN,TMZWE,TUEDTL,TUELLTL,VWWEMN,VWWEMX,WDKWWEA
22,B_LL,B_QAC,B_SA,B_UEFAUSGE,B_UEFSCH,DZWUEF,FDKHAB,F_HG,N,NSTAT,S_FS,S_KO,TL,TMOT,VMESS,XDZUWEZ,XWDKBL,XZUWE
X_QDHPT,X_SCHAST,ZWNEU,ZWOUT;
/FKT,%KUE,{Overview knock control}
7,DWKRSN,KEKAN,KRMXN,TMKR,TMKRA,WMAX,WMIN
9,DYFLAG,DZWDYV,DZW_KR,F_TMKRA,KLSCHB,SIFRKR,ZWBEG,ZWOUT,Z_ZYL;
/FKT,%KE,{knock detection}
12,KEFLDY,KEKAN,KEMAN,KEMLN,KFKEF,KRFTP1,KRFTP3,KRIMX,KRVST,REFINI,RMINN,TMKR
21,DYFLAG,KLOPJN,UKLOPF,XINOFF,XKFAK1,XMESNUL,XMFANF,XMFLEN,XMOFFSTF,XOFFSET,XREFPE1,XREFPE2,XREFPE3,XREFPE4
XREFPE5,XUKLNUL,XVERST1,XVERST2,XVERST3,XVERST4,XVERST5;
/FKT,%KR,{knock control}
7,KEKAN,KRFKN,KRMXN,KRVFN1,KRVFN2,TMKR,TMKRVF
9,DZW_KR,XAKFALT,XFALMAX,XFALT1,XFALT2,XFALT3,XFALT4,XFALT5,XSTUFBR;
/FKT,%KRA,{Adaptation of ignition firing angle late adjustment from knock control}
11,DZWFM,KEKAN,KRAFRS,KRAL1,KRALH,KRAN1,KRANH,KRFKN,KRVFN1,KRVFN2,TMKRA
2,XFALTA,XLASDRE;
/FKT,%KR_AN,{Enrichment during knocking}
6,FRANR1,FRANR2,KFANMX,KFKRANMX,PSOLKR,PSOLSP
8,B_LDR,B_LMRA,N,TL,TMOT,XFALMIT,XFK_ANR,XSPERRT;
/FKT,%DKRS,{Diagnose; knock sensor (OBDII)}
17,CDCKS1,CDCKS2,CDKKS1,CDKKS2,CDTKS1,CDTKS2,DWKRSN,FLCKS1,FLCKS2,HLCKS1,HLCKS2,LDKS1,LDKS2,NDKS,TDKS,UDKS,VDKS
0;
/FKT,%DKRM,{Diagnose; KR - Nulltest}
10,CDCKRT,CDKKRT,CDTKRT,DKRISNT,DWKRSN,FLCKRT,HLCKRT,LDKRT,TDKSA,TMKR
0;
/FKT,%LLRUE,{Idle speed control index}
3,QMIN,ZWDAUSDK,ZWDAUSN
11,PW_H,PW_L,QVS,QVSB,XIVHI,XIVLO,XNSOL,XQADP,XQKLIMA,XQSOL,X_QDHPT;
/FKT,%LLRNS,{Idle speed control target speed}
9,KFDNLLKH,KNLL,NFLX,NFSM,NLLM,NSAC,NUB,NUBS,ZNSM
12,B_KH,DRWUER,FLGINI,N10,S_AC,S_FS,UB,VKVO,XDNKH,XNFSM,XNLLM,XNSOL;
/FKT,%LLRV,{Idle speed control: fan control}
30,DQFSKOM,DQLLTL,FQKON,FQKTM,FQTE,KFDQKH,KFDQKO,KFFWZKHL,KFFWZKHT,KFQKHT,KFQLL,KFQNTA,KFQSTMHA,KFWWDKHH,QACB,QFSM
QFSMV,QKHLLN,QKOP,QLF,QLLHN,QSAHN,QSTN,ZQAC,ZQFSA,ZQFSE,ZQLLTL,ZQVNSM,ZQVSN,ZQVSP
17,B_ACA,B_KH,B_LL,B_QAC,B_SA,B_ST,B_TE,DRWUER,F_VMIN,QAC,QVS,S_AC,S_FS,S_KO,VKVO,XQKLIMA,ZWB7;
/FKT,%LLRR,{idle speed control govenor}
13,AZVANSA,DLIN,DLIP,DLPP,DQMN,DQMNAZNS,DQMX,LISTM,NDSU,TLIM,TSTHL,WNDN,WPDN
11,B_LL,B_SA,B_ST,N10,SA_REQ,XIVHI,XIVLO,XNSOL,XQSOL,XTSTHL,ZWOUT;
/FKT,%LLRI,{Idle control integrator management}
7,NDSU,NNST,NSTL,NSTNM,TFBR,ZIRS1,ZIRS2
5,B_LL,B_SA,F_VMIN,XIVHI,XNSOL;
/FKT,%LLRA,{Idling control-demand adaptation}
4,DQAX,TMQA,TQAW,ZQA
20,B_ADP,B_LL,B_SA,E_DK,E_EV1,E_EV2,E_EV3,E_EV4,E_EV5,E_TM,E_UB,E_ZO,E_ZS,F_VMIN,LMMERR,TMOT,XIVHI,XIVLO,XQADP
XTQACT;
/FKT,%DLLRA,{Diagnose: idle control needs adaptation / offset adaptation}
9,CDCBAA,CDKBAA,CDTBAA,DQAMN,DQAMX,FLCBAA,HLCBAA,LDBAA,ZLLRAZ
3,B_ADP,E_BAA,Z_BAA;
/FKT,%DLLS,{Diagnose: output stage test Idle speed control [LLS] (OBDII)}
16,CDCZO,CDCZS,CDKZO,CDKZS,FLCZO,FLCZS,HLCZO,HLCZS,LDZO,LDZS,NSADPG,NSADPGD,NWEDNG,NWEDNGD,QDBLLEA,QDBLLEH
3,B_LL,NGRAD,Q02;
/FKT,%SHPOT,{Dashpot}
4,DQDPN,KFQDP,TDQDPN,ZDQDP
13,B_ST,F_HG,N2,NMOT,XDQDP,XTDQDP,XWDKBL,XZTDQDP,X_GANGBR,X_QDHPT,X_QDPT,X_SCHAST,X_WDKBLO;
/FKT,%AUTOMAT,{automatic recognition}
1,KONFIG
1,F_HG;
/FKT,%BBGANG,{operating range trasition}
2,DIMS,IMS
4,N,VMESS,X_GANGBR,X_SCHAST;
/FKT,%SA_WE,{fuel cut off / re-insert}
27,CNFSAG,DINH4,DINK3,DINW4,DNSAH,DNSAL,DNSLL,DNWEK,DTLWE,DTSA,DZUE3,DZUE3G,DZUH4,DZUW4,FIMHU,FIMWU,KFZWE,KLZWL
NGWE,NWEM,NWENG,TLS,TVSA0G,TVSAD,UWEH,UWEW,WDKHWE
19,B_LL,B_SA,B_WEH,DNSA,N,NGRAD,SACTR,SA_REQ,TL,XNSA,XNWE,XTVSAS,XWDKBL,X_QDHPT,X_SCHAST,ZWB3,ZWB4,ZWBEG,ZWNEU;
/FKT,%NBDY,{dynamic speed limit}
5,DNMAX,NMAX,NMAXD,NMAXRS,TNMAX
2,B_NMAX,XTNMAX;
/FKT,%V_BEGR,{speed restriction}
2,VMAX,VMAXW
4,B_VMAXW,F_VBGR,VMESS,VZ;
/FKT,%KOS,{AC compressor - management}
8,AZKOAS,PACREL,TEC1N,TECN,TKOAVL,TKOAVLMN,TMLF3,WDKVLN
11,B_AC,B_ACA,B_QAC,B_UELL,DPAC_MAX,DPAC_MIN,DZWUEF,E_PAC,TMOT,XWDKBL,X_ACPRESS;
/FKT,%MLS,{Motor fan control}
22,CDTEGC,CDTLUEA,CDTTX,NLF,PACLFO,PACLFU,TABGLF,TBLFO,TMLF1,TMLF2,TMLF3,TMLF4,TMLF5,TNLF1,TNLF2,TNLF3,TVLFA,TVLFAC
VLF1,VLF2,VLF4,ZTFAN
15,B_ACA,DPAC_PLAUS,DZWUEF,E_LUEA,N,S_AC,TMOT,VMESS,XEBOX,XMAINFA1,XMAINFA2,XMAINFA3,XMAINFA4,XTFANM,X_ACPRESS;
/FKT,%LASTS,{Load signal output tq}
0
0;
/FKT,%WDK,{throttle angle}
7,DWDKLA,WDKDO,WDKDU,WDKSLN,WDKVLN,WKLLX,ZWDK
4,XWDK,XWDKBL,XWDKLM,XWDKLMN;
/FKT,%DDKG,{Diagnose; plausibility check Throttle angle sensor (OBDII)}
13,CDCDK,CDKDK,CDTDK,DQDBLE,FLCDK,HLCDK,LDDK,NDBVLE,QDBLLE,TLDBVE,WDKDE,WDKDO,WDKDU
3,B_LL,B_ST,B_VL;
/FKT,%LDR_LDR,{structure of the boost pressure control}
3,DPDLDRN,DPDLDRP,WDKLDRN
22,B_LDR,B_LMRA,E_DK,E_EV1,E_EV2,E_EV3,E_EV4,E_EV5,E_FRA,E_KAT,E_LDE,E_LM,SIFRKR,TVMBEG,XPCIHI,XPCILO,XPCP,XPCP_TV
XP_IST,XP_SOLL,XTV_VS,XWDKBL;
/FKT,%LDR_PI,{Structure of the PI - controller}
8,DPILDRN,DTVILDRN,TLDRGEN,TLDRGEPN,TVBLDRN,TVMAX,TVMIN,WDKLDRN
11,B_LDR,B_LMRA,TVMBEG,XPCIHI,XPCILO,XPCP,XPCP_TV,XP_IST,XP_SOLL,XTVM,XZ_LMRGE;
/FKT,%LDIAN,{LDR I-Anteil}
2,KFP2,LDRIV
3,XPCIHI,XPCILO,XPCP;
/FKT,%LDPAN,{LDR P-Anteil}
1,PLDRN
2,XPCP,XPCP_TV;
/FKT,%LDR_P_STP,{Preparation of the reference variable P_SOLL}
8,CNFLDB,KFLDSAK,KFLDSHK,KFPS,PSLDMX,PSMX,TLDB,TMLD
8,B_LDB,B_NMAX,E_TM,F_HG,TMOT,TZLDB,XERG_PS,XP_SOLL;
/FKT,%LDR_PISTA,{Read and process the control variable}
1,PISTBG
2,TL,XP_IST;
/FKT,%LDR_TVMAU,{Processing of input value TV}
4,KFTVH,KFTVTA,KFTVVSLDR,WDKLDRN
3,B_LMRA,XTV_VS,XWDKBL;
/FKT,%LDR_TVM_A,{output duty cycle}
2,TVMAX,TVMIN
5,B_LDR,B_LMRA,TVMBEG,XTVM,XTV_VS;
/FKT,%LDOB,{LDR Overboost}
11,DKOVN,DNLDROVN,DYNOBC,DYNOBE,DYNOBK,DYNOBT,KFPS,KFTVVSLDR,NOBS,SCHWL2,TLDROVN
4,XOVBSZ,XP_SOLL,XTV_VS,XWDKOB;
/FKT,%LDR_LDABA,{Adaptation of the setpoint boost pressure}
9,DKADN,FABMXN,FLDABN,KFPS,KFTVVSLDR,PSOLKR,PSOLSL,PSOLSP,TMKRA
10,B_LMRA,N,XFALMIT,XFALTA,XFPSAB,XP_IST,XP_SOLL,XSPERRT,XSTEIGT,XTV_VS;
/FKT,%LDR_TVB,{Duty cycle changes approximate boundary}
5,DPILDRN,DTVILDRN,TVBLDRN,TVSTLDRN,WDKLDRN
5,TVMBEG,XP_IST,XP_SOLL,XTVM,XWDKBL;
/FKT,%LDR_LDB,{Limit the charging pressure setpoint}
3,FLDABMTN,KFPS,VSTALL
5,B_LDB,B_LDBAG,F_HG,VMESS,X_SCHAST;
/FKT,%DLDAB,{Diagnose; Plausibility test entry boost pressure reduction (OBDII)}
6,CDCLDAB,CDKLDAB,CDTLDAB,FLCLDAB,HLCLDAB,LDLDAB
3,E_LDAB,N,Z_LDAB;
/FKT,%DLD,{Diagnose; plausibility check maximal LDR-control variable}
12,CDCLDO,CDKLDO,CDTLDO,DTLDLD,DTLUL,FLCLDO,HLCLDO,LDLDO,TADLDU,TDLDMX,TLULN,TULV
2,TANS,TL;
/FKT,%ATM,{Exhaust gas temperature model}
11,IMLABG,IMLABGW,IMLKAT,IMLKATW,TATMML,TATMSA,TATMTP,TMATMKV,TMATMTP,ZATMAML,ZATMKML
5,B_ATMTPA,B_ATMTPK,B_ST,ML,TMOT;
/FKT,%DLDRA,{Diagnose; plausibility check Charge pressure deviation}
10,CDCLDRA,CDKLDRA,CDTLDRA,DPDLDRN,DPDLDRP,FLCLDRA,HLCLDRA,LDLDRA,NDLDRA,TDLDRA
0;
/FKT,%HLS,{Lambda probe heater}
5,TABGHSVO,THHAUB,THVAUB,TKATHSHO,UBHS
13,B_ATMTPA,B_HSH,B_HSHEIN,B_HSHRED,B_HSV,B_HSVEIN,B_HSVRED,B_LSAFKN,B_ST,THHASOLL,TMOT,UB,UHV;
/FKT,%DHLS,{Diagnose; probe heating}
13,CDHSH,CDHSV,KHTABG,KHUB,RHSOH,RHSOV,RHSUH,RHSUV,TA500G,TVDHS,UB13V,ZHZTABG,ZHZUBF
18,B_ATMTPA,B_ATMTPK,B_HSH,B_HSHEIN,B_HSV,B_HSVEIN,E_HSH,E_HSV,UB,UBF5,UHV,UHVF,XTABGF,XTABGM,XTKATF,XTKATM,Z_HSH
Z_HSV;
/FKT,%DLSV,{Diagnose; Probe readiness before Kat}
31,CDCLSV,CDLSH,CDLSV,CDTLSV,FLCLSV,HLCLSV,LDLSV,TMSPV,TMSPVA,TNSTDN,TRSA,TRSE,TTBMH,TUSDU,TUSDUC,TUSKS,UBDPLS
USDBO,USDBU,USDUO,USDUU,USFHK,USMAX,USMIN,USNO,USNU,USPVO,USPVR,USPVU,USREF,USREM
24,B_DSLS,B_DTES,B_HSVEIN,B_KSMH,B_KSUBH,B_LR,B_LSAFKN,B_LSPVS,B_LSVKLT,B_LSVN,B_SBBVK,B_SLS,B_ST,E_LSV,E_SLPE
E_SLS,E_SLVE,E_TES,E_TEVE,E_TM,TMABS,TMOT,UB,Z_LSV;
/FKT,%DLSH,{Diagnose; probes readiness for operation behind cat}
18,CDLSH,CDTLSH,FLCLSH,HLCLSH,LDLSH,TRSAH,TRSE,TTBMH,TUSDUH,TUSKS,USDUO,USDUU,USMAX,USMIN,USPVO,USPVU,USREFH,USREMH
16,B_DSLS,B_HSHEIN,B_KSMH,B_LRHK,B_LSVKLT,B_PVSH,B_SBBHK,B_SLS,B_ST,E_LSH,E_SLPE,E_SLS,E_SLVE,E_TES,E_TEVE,Z_LSH;
/FKT,%DLSA,{Lambda probe aging monitoring, OBDII}
47,ANZDPVK,ANZTP,CDCLASH,CDCLATP,CDCLATV,CDKLASH,CDKLATP,CDKLATV,CDLASH,CDLATP,CDLATV,CDTLASH,CDTLATP,CDTLATV
FLCLASH,FLCLATP,FLCLATV,HLCLASH,HLCLATP,HLCLATV,LDLASH,LDLATP,LDLATV,NTPKTO,NTPKTU,NTPVKO,NTPVKU,TKTPVK,TKTVHK
TLTPKTO,TLTPKTU,TLTPVKO,TLTPVKU,TSFSVK,TSTEAA,TSVKKO,TSVKKTO,TSVKKTU,TSVKKU,TSVKO,TSVKU,TVLRHMN,TVLRHMNK,TVLRHMX
TVLRHMXK,TWDDTV,ZFTSVK
41,ATV,B_DLASH,B_DLATP,B_DLATV,B_DSHNF,B_DSHNM,B_DSLS,B_DSVKD,B_DTEST,B_EDKVS,B_FA,B_FASH,B_FATP,B_FATV,B_LR,B_LRHK
B_ST,B_TE,B_TEHB,E_AGRF,E_ASE,E_DK,E_HSH,E_HSV,E_KAT,E_LASH,E_LATP,E_LATV,E_LM,E_PH,E_TES,E_TEVE,E_UB,F_LSASTP,N,TL
Z_HSH,Z_HSV,Z_LASH,Z_LATP,Z_LATV;
/FKT,%DLSSA,{Signal output lambda probes}
18,ATVFETTO,ATVFETTU,ATVMAGO,ATVMAGU,SAFK1,SAFK2,TPSVKMN,TPSVKMX,TUSPNMN,TUSPNMX,TWDLSSA,USMNSAMN,USMNSAMX,USMXSAMN
USMXSAMX,USR,USSAF,USSAM
3,ATV,B_DLATP,B_LSSAEX;
/FKT,%LREB,{Lambda control starting conditions}
11,DTMR,NLRSHB,NRVL,TLLRSHB,TLRAN,TLRSA,TLRSLS,TMRA1,TMRA2,TRAB,TVREM
23,B_DSLS,B_LL,B_LR,B_LR2S,B_LRHK,B_LRND,B_LRTL,B_LRVK,B_NOLRB,B_NOLRE,B_NOLRW,B_SA,B_SBBVK,B_SLS,B_ST,B_TLRSA,B_VL
E_ASK,E_LSV,E_SLS,N,TL,TMOT;
/FKT,%LR,{lambda control}
11,FRMAX,FRMAXSL,FRMIN,FRMINQ,ILRSLAU,ILRSLST,KFFRMIN,KFRI,KFRP,KFRTV,USR
18,B_DSLALR,B_DSLILR,B_DSLLRST,B_DTEFRR,B_FATES,B_FRMAX,B_FRMIN,B_LR,B_LRND,B_SA,B_SBBHK,ML,N,SGNLRH,TL,TVLRH
X2ZDG_R,XFR;
/FKT,%LRHK,{Management control with probe behind catalytic converter (OBDII)}
17,AVKATLRH,FMLKAMA,KFFTV,KFLAHK,KLLARHF,KLLARHM,KLUSLA,MLLRH,NLRHO,NLRHU,PLRHAV,QLRHKPO,TBLRH,TKATMLRH,TLRHON
TLRHUN,ZLRHML
30,ATV,AVKATA,AVKATF,B_DSLS,B_EDKVS,B_LR,B_LRHK,B_LRHKP,B_SA,B_SBBHK,B_TEHB,DLASHKB,DLASHKI,E_ASE,E_HSH,E_HSV,E_KAT
E_LM,E_SLPE,E_SLS,E_SLVE,E_TES,LASHK,LASHKM,ML,MLNKA,PTV,TVLRH,TVLRHI,TVLRHP;
/FKT,%LRKA,{Two-point control with lambda tv: function. KAT-clearing out of oxygen}
7,CLRKA,DTVKAML,FMLKAMA,IMLKAMN,IMLKAMX,TSAKAMN,USHKAMX
6,B_DSLS,B_LR,B_SA,B_SBBHK,B_SLS,ML;
/FKT,%LRA,{Adaptive precontrol for lambda control}
28,DTVMN,DTVMX,DTVRN,DTVRX,FRAMN,FRAMX,FRARN,FRARX,MLO1,MLO3,MLU2,NO1,NOLRA,NU3,TLO3,TLU2,TLU3,TLWARN,TMRAA,TRAMN
TRAMX,TRARN,TRARX,TVLRA,ZKDTV,ZKFRA,ZKFRM,ZKTRA
23,B_DSLS,B_DTEST,B_GA,B_GASP,B_LR,B_LRAR,B_SLS,B_VL,E_AGRF,E_ASE,E_BM,E_DK,E_LM,E_TES,E_TEVE,E_TM,E_UB,ML,N,TL
TMOT,TRADTV,XFR;
/FKT,%TEB,{Tank venting depending on load}
38,DTATEH,FDMLFTEF,FFTEFVA,FRHB,FTEADAB,FTEADMN,FTEADMX,FTEAHB,FTEFHB,FTEFVAA,FTEHB,FZBFTEB,FZFTEFVA,FZQTE,FZQTEFR
KFTATX,KFTEFMA,KFTEVG,KFVOVG,TATEPO,TATEPOO,TATEPU,TATEPUU,TFTEFVA,TGAZA,TMTE,TTE,TTEAE,TTEAUS,TTEGA,TTEGAINI
TTEINI,TTEMN,TTEVUB,USTE,ZFTEADML,ZMLTE,ZQTEML
28,B_DSLS,B_DTES,B_FA,B_FADKVS,B_GAE,B_GASP,B_LR,B_LRTL,B_SA,B_SLS,B_START,B_TE,B_TEF,B_TEHB,B_TEI,B_TEP,B_TGAZA
B_TLRSA,B_TTEAUS,B_VL,M16_256,ML,ML_H,ML_L,N,TATEI,TL,XFR;
/FKT,%DTES,{Diagnose tank venting system (OBDII)}
71,AISDTE,APETEDX,APTEDX,CDTAAV,CDTES,CDTTES,CDTTESF,CDTTESG,DDPTEAR,DDPTEAV,DDPTEBR,DDPTEKO,DDPTEKU,DDPTEMR
DDPTETV,DFDTEAB,DFDTEAU,DPTEBO,DPTEDUD,DPTEDWD,FKTEDGK,FLCAAV,FLCTES,FLCTESF,FLCTESG,FRMIN,FRMINQ,FSTED,GFSTEDH
GGRTED,GRLABTED,GRLUFTED,GRVTED,HLCAAV,HLCTES,HLCTESF,HLCTESG,HTEDU,LDAAV,LDTES,LDTESF,LDTESG,PTEDE,PTEDOZ,QSTEDMX
SFTEDA,TADTEU,TADTEVT,TDTEAM,TDTED,TDTEGR,TLTEDMX,TMDTE,TMDTEU,TNODTES,TPTEE,TTEDFRR,TTEDGK,TTEDOZ,TTEDOZG,TTEDST
TTEDWD,TTEDWK,TTEDWU,TVAAV,UBTEDU,USR,ZDPTE,ZDPTES,ZDPTESK,ZDTEAB
49,B_DSLS,B_DTEA,B_DTEAAV,B_DTEABB,B_DTEABK,B_DTEABS,B_DTEB,B_DTEFRR,B_DTEG,B_DTEND,B_DTES,B_DTEST,B_DTESW,B_FA
B_FATES,B_GKOMP,B_LEERTK,B_LL,B_LR,B_SLS,B_ST,B_TANKD,B_VOLLTK,DFRDTE,E_AAV,E_AAVE,E_AGRF,E_ASE,E_DK,E_DST,E_LM
E_TES,E_TESF,E_TESG,E_TEVE,E_TM,E_UB,E_VFZ,E_ZO,E_ZS,TATEI,UB,VMESS,XFR,XQSOL,Z_AAV,Z_TES,Z_TESF,Z_TESG;
/FKT,%DTEVE,{Diagnose; plausibility check tank venting valve - Endstufe}
6,CDCTEVE,CDKTEVE,CDTTEVE,FLCTEVE,HLCTEVE,LDTEVE
2,E_TEVE,Z_TEVE;
/FKT,%DAAVE,{Diagnose; Sanity check charcoal canister shut-off valve output stage}
7,CDCAAVE,CDKAAVE,CDTAAVE,CDTES,FLCAAVE,HLCAAVE,LDAAVE
2,E_AAVE,Z_AAVE;
/FKT,%DDST,{Diagnose tank pressure sensor}
8,CDDST,CDTDST,DPTEMN,DPTEMX,FLCDST,HLCDST,LDDST,TDDST
2,E_DST,Z_DST;
/FKT,%DKVS,{Diagnose; plausibility check fuel supply systems}
34,CDCDTV,CDCFRA,CDCTRA,CDKDTV,CDKFRA,CDKTRA,CDTDTV,CDTFRA,CDTTRA,DTVDN,DTVDX,FLCDTV,FLCFRA,FLCTRA,FRADN,FRADX,FRAE
FRARN,FRARX,HLCDTV,HLCFRA,HLCTRA,LDDTV,LDFRA,LDTRA,TFRA,TFRAZ,TRADN,TRADX,TRAE,TRARN,TRARX,TTRA,TTRAZ
14,B_BOFDTV,B_BOFFRA,B_BOFTRA,B_EDKVS,B_GAE,B_GAEFRA,B_GAETRA,B_TFRA,E_DTV,E_FRA,E_TRA,Z_DTV,Z_FRA,Z_TRA;
/FKT,%DKAT,{self-diagnosis; catalyst conversion}
23,AFBKAT,AVGIX,CDCKAT,CDKAT,CDKKAT,CDTKAT,FLCKAT,HLCKAT,INIFAV,INIMDKAT,KFDKATI,KLDKTML,KLDKTTV,LAAFVMN,LDKAT
LLDKTZ,TMINKAT,TWFISKAT,TWRDYKAT,ZAVKAT,ZLAAF,ZLAF,ZMGRW
28,AVKATA,AVKATF,B_ADKAT,B_DKAT,B_EDKVS,B_LR,B_SBBHK,B_TEHB,B_UKG,DAV,E_AGRF,E_ASE,E_DK,E_HSH,E_HSV,E_KAT,E_LASH
E_LATP,E_LATV,E_LM,E_TES,E_TEVE,F_HG,F_KATNTL,N,TL,X_SCHAST,Z_KAT;
/FKT,%DASE,{self-diagnostic; plausibility test misfire detection running smoothness}
46,AESAZAD,AVRALU,AVSAZAD,CDASE,CDCSWE,CDKSWE,CDSWE,CDTFA,CDTSWE,CNFLLTL,DMXRLU,DNALUM,DNMXZAD,DTLALUM,FABSALU
FIA1ZAD,FIA2ZAD,FIAMALU,FIBSALU,FIEZAD,FIMALU,FLCSWE,FLUV1,FLUV2,FSWALUV,HLCSWE,KFAMALU,KFANALU,KFLURB,KFLURM
KFTLSAL,LDSWE,LURKTM,LURMINN,NLLMX,NMIALUG,NMIZAD,NMXALU,NMXZAD,SESAZAD,TALUST,TANSLU,TLIMLUN,TLLLMX,TMOTLUA,TNALU
27,ASB,ASC,ASD,ASE,B_SA,E_BM,E_LM,E_PH,E_SWE,E_TA,E_TM,E_VFZ,FESB1,FESB2,N,TANS,TL,TMOT,VMESS,XAUSBLZ,XBS,XLUR,XSBJ
XSCJ,XSDJ,XSEJ,Z_SWE;
/FKT,%DASMIL,{error handling of misfire detection,control of the MIL healing}
78,AHEAGW,AHEKA,AHEKS,CDCASE,CDCASE1,CDCASE2,CDCASE3,CDCASE4,CDCASE5,CDCASK,CDCASK1,CDCASK2,CDCASK3,CDCASK4,CDCASK5
CDKASE,CDKASE1,CDKASE2,CDKASE3,CDKASE4,CDKASE5,CDKASK,CDKASK1,CDKASK2,CDKASK3,CDKASK4,CDKASK5,CDTASE,CDTASE1
CDTASE2,CDTASE3,CDTASE4,CDTASE5,CDTASK,CDTASK1,CDTASK2,CDTASK3,CDTASK4,CDTASK5,FLCASE,FLCASE1,FLCASE2,FLCASE3
FLCASE4,FLCASE5,FLCASK,FLCASK1,FLCASK2,FLCASK3,FLCASK4,FLCASK5,HLCASE,HLCASE1,HLCASE2,HLCASE3,HLCASE4,HLCASE5
HLCASK,HLCASK1,HLCASK2,HLCASK3,HLCASK4,HLCASK5,KFKSWF,LDASE,LDASE1,LDASE2,LDASE3,LDASE4,LDASE5,LDASK,LDASK1,LDASK2
LDASK3,LDASK4,LDASK5,NSTNM,TMWUC
31,E_ASE,E_ASE1,E_ASE2,E_ASE3,E_ASE4,E_ASE5,E_ASK,E_ASK1,E_ASK2,E_ASK3,E_ASK4,E_ASK5,FZABG2,FZABG3,FZABG4,FZABG5,N
TL,TMOT,Z_ASE,Z_ASE1,Z_ASE2,Z_ASE3,Z_ASE4,Z_ASE5,Z_ASK,Z_ASK1,Z_ASK2,Z_ASK3,Z_ASK4,Z_ASK5;
/FKT,%SLS,{secondary air control}
7,SLPE,TASLV,TMSLSO,TMSLSU,TSLDM,TSLEM,VSLS
17,B_DSLS,B_ESPE,B_KFSLP,B_SLS,B_ST,B_TSLD,B_TSLE,B_TVNULL,F_SLP,N,NMOT,TL,VMESS,XTMOTST,XTSLPMN,XZ_TSLE,XZ_TSLS;
/FKT,%DSLS,{Diagnose; Secondary air system}
39,AZMFS,CDSLS,CDTSLP,CDTSLS,CDTSLV,CNFSLV,DFRSLP1,DFRSLP2,DFRSLV1,DFRSLV2,DSLSPULS,FHADSL,FLCSLP,FLCSLS,FLCSLV
FRMAXSL,HLCSLP,HLCSLS,HLCSLV,ILRSLAU,ILRSLST,LDSLP,LDSLS,LDSLV,TADSLSU,TDSLP1,TDSLP2,TDSLS,TDSLST,TDSLV1,TDSLV2
TESLS,TFDSLS,TMSLS,TMSLSO,TMSSLS,TWDSLS,TWFRDSLE,TWFRDSLS
41,B_DSLALR,B_DSLILR,B_DSLLRST,B_DSLS,B_DSLSA,B_EDKVS,B_ESPE,B_FA,B_FASLS,B_FRMAX,B_FRMIN,B_LL,B_LRASDS,B_LRND
B_SLS,E_AGRF,E_ASE,E_DK,E_EGC,E_LATP,E_SLP,E_SLPE,E_SLS,E_SLV,E_SLVE,E_TA,E_TES,E_TEVE,E_UB,FDKHAB,SPDFRP,SPDFRV
SPSWFRP,SPSWFRV,TANS,TMOT,VMESS,XFR,Z_SLP,Z_SLS,Z_SLV;
/FKT,%DSLPE,{Diagnose; Secondary Air Pump Output stage}
7,CDCSLPE,CDKSLPE,CDSLSE,CDTSLPE,FLCSLPE,HLCSLPE,LDSLPE
2,E_SLPE,Z_SLPE;
/FKT,%DSLVE,{Diagnose; plausibility test Secondary Air Valve-output stage}
7,CDCSLVE,CDKSLVE,CDSLSE,CDTSLVE,FLCSLVE,HLCSLVE,LDSLVE
2,E_SLVE,Z_SLVE;
/FKT,%UEMKO,{Overview emission control}
0
8,B_EDKVS,B_LR,B_SBBHK,B_SBBVK,B_TEHB,TRADTV,TVLRH,XFR;
/FKT,%EDSCHEMA,{Self-Diagnosis Scheme}
0
0;
/FKT,%DMIL,{OBDII; MIL-control}
1,TLAED
2,B_MILFB,N;
/FKT,%DMFB,{OBDII; MIL determined by others}
9,CDTMFA,CDTMFB,NMFB,TMRZMN,TMRZMX,ZMFBAB,ZMFBK,ZMFBM,ZMFBN
7,B_MILFB,E_MFA,E_MFB,XTMFBL,XTMFBZ,Z_MFA,Z_MFB;
/FKT,%DFSO,{OBDII; fault memory organization}
0
19,B_DCY,B_GAE,B_LL,B_LR2S,B_LRVK,B_NOWUC,B_SA,B_SLS,B_TEHB,B_TRP,B_VL,B_WUC,FAREADY,N,S_FS,TL,TMOT,UB,VMESS;
/FKT,%DFVL,{OBDII; error management logic}
0
0;
/FKT,%DCDT,{Diagnose; RB-Testercode}
0
0;
/FKT,%DCDC,{OBDII; Testercode CARB}
0
0;
/FKT,%DIDX,{OBDII; fault memory index}
0
0;
/FKT,%DFART,{OBDII; memory error, error}
0
0;
/FKT,%DWUC,{OBDII; Fulfillment of condition 'warm up cycle'}
2,TMWUC,TMWUCST
3,B_NOWUC,B_WUC,TMOT;
/FKT,%DDCY,{OBDII; Fulfillment of condition 'driving cycle'}
1,TWBDCY
3,B_DCY,ST,XTWBDCY;
/FKT,%DTRIP,{OBDII; Fulfillment of condition 'trip'}
4,TKATMTRP,TWTRPDCY,TWTRPLL,TWTRPST
2,B_DCY,B_LL;
/FKT,%DPRL,{OBDII; Fault debouncing}
0
0;
/FKT,%DDLC,{OBDII; Error Delete Counter}
1,ADSTKD
1,B_WUC;
/FKT,%DHZB,{Diagnose; Frequency counter}
0
0;
/FKT,%DUMW,{OBDII; environmental conditions}
0
0;
/FKT,%DFRZ,{OBDII; description 'freeze frame'}
0
0;
/FKT,%SCATT,{SCAN TOOL-Tester interface}
0
0;
/FKT,%TC1MOD,{tester communication CARB; Mode 1}
0
0;
/FKT,%TC2MOD,{tester communication CARB; Mode 2}
0
0;
/FKT,%TC3MOD,{tester communication CARB; Mode 3, debounced output error code}
0
0;
/FKT,%TC4MOD,{tester communication CARB; Mode 4, Delete error memory}
0
0;
/FKT,%TC5MOD,{tester communcation CARB; Mode 5, output probe readings}
0
0;
/FKT,%TC6MOD,{tester communcation CARB; Mode 6, output test thresholds}
0
0;
/FKT,%TC7MOD,{tester communcation CARB; Mode 7, debounced output error code}
0
0;
/FKT,%TCCOM,{tester communcation CARB; communication structure}
0
0;
/FKT,%DIMC,{OBDII; inspection/maintenance-ready}
1,ATRPRDY
11,Z_AGRF,Z_HSH,Z_HSV,Z_KAT,Z_LASH,Z_LATP,Z_LATV,Z_LSH,Z_LSV,Z_SLS,Z_TESG;
/FKT,%DECJ,{Diagnose; Endstufe CJ400}
15,CDTAAVE,CDTEGA,CDTEGB,CDTEGC,CDTEV1,CDTEV2,CDTEV3,CDTEV4,CDTEV5,CDTLDE,CDTLUEA,CDTSLVE,CDTTEVE,CDTZO,CDTZS
27,B_DESEE,B_ESDIA,E_AAVE,E_EV1,E_EV2,E_EV3,E_EV4,E_EV5,E_LDE,E_LUEA,E_SLVE,E_TEVE,E_ZO,E_ZS,UB,Z_AAVE,Z_EV1,Z_EV2
Z_EV3,Z_EV4,Z_EV5,Z_LDE,Z_LUEA,Z_SLVE,Z_TEVE,Z_ZO,Z_ZS;
/FKT,%DTLE,{Diagnose; Plausibilitästprüfung Endstufegruppe (TLE)}
12,CDCEGD,CDCEGE,CDKEGD,CDKEGE,CDTEGD,CDTEGE,FLCEGD,FLCEGE,HLCEGD,HLCEGE,LDEGD,LDEGE
4,E_EGD,E_EGE,Z_EGD,Z_EGE;
/FKT,%DFUE,{Diagnose; Error Code list}
199,CDCAAV,CDCAGRF,CDCCGE,CDCDF,CDCDST,CDCEGA,CDCEGB,CDCEGC,CDCEGD,CDCEGE,CDCEGF,CDCHSH,CDCHSV,CDCLDE,CDCLDO
CDCLDRA,CDCLE,CDCLSH,CDCMFA,CDCMFB,CDCN,CDCSLP,CDCSLS,CDCSLV,CDCTA,CDCTES,CDCTESF,CDCTESG,CDCWFS,CDKAAV,CDKAGRF
CDKBY1,CDKBY2,CDKCGE,CDKCIF,CDKDF,CDKDST,CDKEGA,CDKEGB,CDKEGC,CDKEGF,CDKHSH,CDKHSV,CDKLDE,CDKLDO,CDKLDRA,CDKLE
CDKLSH,CDKLSV,CDKMFA,CDKMFB,CDKN,CDKSLP,CDKSLS,CDKSLV,CDKTA,CDKTES,CDKTESF,CDKTESG,CDKWFS,CDTAAV,CDTAAVE,CDTAGRF
CDTASE,CDTASE1,CDTASE2,CDTASE3,CDTASE4,CDTASE5,CDTASK,CDTASK1,CDTASK2,CDTASK3,CDTASK4,CDTASK5,CDTBAA,CDTBM,CDTCGE
CDTCIF,CDTDF,CDTDK,CDTDPL,CDTDST,CDTDTV,CDTEGA,CDTEGB,CDTEGC,CDTEGD,CDTEGE,CDTEGF,CDTEV1,CDTEV2,CDTEV3,CDTEV4
CDTEV5,CDTFRA,CDTHSH,CDTHSV,CDTKAT,CDTKRT,CDTKS1,CDTKS2,CDTLASH,CDTLATP,CDTLATV,CDTLDAB,CDTLDE,CDTLDO,CDTLDRA,CDTLE
CDTLM,CDTLSV,CDTLUEA,CDTMFA,CDTMFB,CDTN,CDTPAC,CDTPH,CDTSGROM,CDTSLP,CDTSLPE,CDTSLS,CDTSLV,CDTSLVE,CDTSWE,CDTTA
CDTTES,CDTTESF,CDTTESG,CDTTEVE,CDTTM,CDTTMUM,CDTTRA,CDTTX,CDTTX1S,CDTTX2S,CDTUB,CDTVFZ,CDTWFS,CDTZO,CDTZS,FLCAGRF
FLCCGE,FLCCIF,FLCDST,FLCEGA,FLCEGB,FLCEGC,FLCEGF,FLCHSH,FLCHSV,FLCLDE,FLCLDO,FLCLDRA,FLCLE,FLCMFA,FLCMFB,FLCN,FLCTA
FLCWFS,HLCAGRF,HLCCGE,HLCCIF,HLCDST,HLCEGA,HLCEGB,HLCEGC,HLCEGF,HLCHSH,HLCHSV,HLCLDE,HLCLDO,HLCLDRA,HLCLE,HLCMFA
HLCMFB,HLCN,HLCTA,HLCWFS,LDAGRF,LDCGE,LDCIF,LDDST,LDEGA,LDEGB,LDEGC,LDEGF,LDHSH,LDHSV,LDLDE,LDLDO,LDLDRA,LDLE,LDMFA
LDMFB,LDN,LDNO,LDTA,LDWFS
22,XERFLG1,XERFLG10,XERFLG11,XERFLG2,XERFLG3,XERFLG4,XERFLG5,XERFLG6,XERFLG7,XERFLG8,XERFLG9,XZFLG1,XZFLG10,XZFLG11
XZFLG2,XZFLG3,XZFLG4,XZFLG5,XZFLG6,XZFLG7,XZFLG8,XZFLG9;
/FKT,%DDPL,{Diagnose; plausibility check continuous supply (OBDII)}
6,CDCDPL,CDKDPL,CDTDPL,FLCDPL,HLCDPL,LDDPL
0;
/FKT,%DTEBX,{Diagnose; E-Box-Temperature}
22,CDCTX,CDCTX1S,CDCTX2S,CDKTX,CDKTX1S,CDKTX2S,CDTTX,CDTTX1S,CDTTX2S,FLCTX,FLCTX1S,FLCTX2S,HLCTX,HLCTX1S,HLCTX2S
LDTX,LDTX1S,LDTX2S,TXD1S,TXD2S,TXDTFO,TXDTFU
0;
/FKT,%DUBATT,{Diagnose; plausibility check U BATT (OBDII)}
10,CDCUB,CDKUB,CDTUB,FLCUB,HLCUB,LDUB,TDUB,TDUDNE,UBDMN,UBDMX
2,B_ST,UB;
/FKT,%GGTFM,{Encoder size TFM temperature sensor motor (/ coolant)}
18,CDCTM,CDKTM,CDTTM,DTMDMA,DTMDMM,DTMDMMH,FLCTM,HLCTM,LDTM,TADMM,TDMM,TDTM,TDTMNF,TMDMMA,TMDMME,TMDMMN,TMDMN,TMDMX
12,B_ANFW,B_SA,B_ST,E_TA,E_TM,E_TMUM,N,TANS,TL,TMOT,XTMDMM,Z_TM;
/FKT,%DTMOT,{Diagnose; plausibility check Motor temperature (OBDII)}
6,CDCTMUM,CDKTMUM,CDTTMUM,FLCTMUM,HLCTMUM,LDTMUM
2,E_TMUM,Z_TMUM;
/FKT,%GGTFA,{Master variable TFA intake air temperature sensor}
17,AZPLTFA,CDCTA,CDKTA,CDTFA,CDTTA,DTAPL,FLCTA,HLCTA,LDTA,TADE,TADMN,TADMX,TADPL,TADPLG,TDNSTA,TDTA,TDTAL
19,B_FLR_MAX,B_FLR_MIN,B_LL,B_SA,B_ST,B_TFAFLR,B_TFAFLRDA,E_TA,N,TANS,TL,XAZPLTFA,XTANSORG,XTANSREF,XTDTAAUS
XTDTAEIN,XTDTAPL,XTDTAPLG,Z_TA;
/FKT,%DNGEB,{Diagnose; plausibility check Drehzahlsignal (OBDII)}
14,BMALMX,CDCBM,CDCN,CDKBM,CDKN,CDTBM,CDTN,FLCBM,FLCN,HLCBM,HLCN,LDBM,LDN,NGBM
1,XBMAL;
/FKT,%DNWSI,{Diagnose; Error table camshaft signal}
7,ABMIPHD,CDCPH,CDKPH,CDTPH,FLCPH,HLCPH,LDPH
2,E_PH,Z_PH;
/FKT,%DHFM,{Diagnose; plausibility check HFM}
15,CDCLM,CDKLM,CDTLM,FLCLM,HLCLM,KFTLWB,LDLM,MLDLLWK,MLDMN,MLDMX,NDLMLL,NDLMMN,NDLMMX,TDMLWK,TMDLL
6,B_ST,E_LM,ML,N,TMOT,Z_LM;
/FKT,%DLE,{Diagnose load sensing}
13,CDCLE,CDKLE,CDTLE,DTLDLEO,DTLDLEUH,FLCLE,HLCLE,LDLE,NDLE,TADLE,TDDLE,TDDLER,TMDLE
12,B_LMRA,DTLDLE,E_DK,E_LE,E_LM,N,TDLER,TDLES,TL,TMOT,XWDKBL,Z_LE;
/FKT,%DPAC,{Diagnose; AC-Pressure-Sensor}
14,CDCPAC,CDKPAC,DDPAC,FLCPAC,HLCPAC,LDPAC,PACDE,PACDMN,PACDMX,TDPAC,TMDPAC,TPLAUS1,TPLAUS2,UBDPAC
12,B_AC,B_ST,DPAC_MAX,DPAC_MIN,DPAC_PLAUS,E_PAC,S_KO,TMOT,UB,X_ACPRESS,X_AC_ORG,Z_PAC;
/FKT,%DV,{Diagnose; plausibility check Geschwindigkeitssignal (OBDII)}
11,CDCVFZ,CDKVFZ,CDTVFZ,FLCVFZ,HLCVFZ,LDVFZ,NDV,TDV,TLDV,TMDV,VDMN
3,N,TL,VMESS;
/FKT,%DSGROM,{Diagnose; Plausibility test controller ROM / EPROM}
6,CDCSGROM,CDKSGROM,CDTSGROM,FLCSGROM,HLCSGROM,LDSGROM
2,E_SGROM,Z_SGROM;
/FKT,%DEVE,{Diagnose; Injector - Output stage}
30,CDCEV1,CDCEV2,CDCEV3,CDCEV4,CDCEV5,CDKEV1,CDKEV2,CDKEV3,CDKEV4,CDKEV5,CDTEV1,CDTEV2,CDTEV3,CDTEV4,CDTEV5,FLCEV1
FLCEV2,FLCEV3,FLCEV4,FLCEV5,HLCEV1,HLCEV2,HLCEV3,HLCEV4,HLCEV5,LDEV1,LDEV2,LDEV3,LDEV4,LDEV5
10,E_EV1,E_EV2,E_EV3,E_EV4,E_EV5,Z_EV1,Z_EV2,Z_EV3,Z_EV4,Z_EV5;
/FKT,%DMLSE,{Diagnose; Output stage testing of electrical motor fan}
6,CDCLUEA,CDKLUEA,CDTLUEA,FLCLUEA,HLCLUEA,LDLUEA
2,E_LUEA,Z_LUEA;
/FKT,%TKID,{tester communcation; SG-Identifikation}
0
0;